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Part Name(s) : FWM575 FWM575/55 Philips
Philips Electronics
Description : MP3-CD Mini Hi-Fi System

General Information

Safety information
● Before operating the system, check that the
   operating voltage indicated on the typeplate (or
   the voltage indication beside the voltage
   selector) of your system is identical with the
   voltage of your local power supply. If not, please
   consult your dealer.
● Place the system on a flat, hard and stable
● Place the system in a location with adequate
   ventilation to prevent internal heat build-up in
   your system. Allow at least 10 cm (4 inches)
   clearance from the rear and the top of the unit
   and 5 cm (2 inches) from each side.
● The ventilation should not be impeded by
   covering the ventilation openings with items,
   such as newspapers, table-cloths, curtains, etc.
● Do not expose the system, batteries or discs to
   excessive moisture, rain, sand or heat sources
   caused by heating equipment or direct sunlight.
● No naked flame sources, such as lighted candles,
   should be placed on the apparatus.
● No objects filled with liquids, such as vases, shall
   be placed on the apparatus.
● Don’t expose the system to dripping or
● Install this unit near the AC outlet and where the
   AC power can be reached easily.
● The lens may cloud over when the system is
   suddenly moved from cold to warm
   surroundings, making it impossible to play a disc.
   Leave the system in the warm environment until
   the moisture evaporates.
● The mechanical parts of the set contain self
   lubricating bearings and must not be oiled or
● When the system is switched to Standby
   mode, it is still consuming some power.
   To disconnect the system from the
   power supply completely, remove the AC
   power plug from the wall socket.

Supplied accessories
– 2 speaker boxes
– remote control
– MW loop antenna
– FM wire antenna
– AC power cord

Environmental information
   All unnecessary packaging has been omitted. We
   have tried to make the packaging easy to
   separate into three materials: cardboard (box),
   polystyrene foam (buffer) and polyethylene (bags,
   protective foam sheet).
   Your system consists of materials which can be
   recycled and reused if disassembled by a
   specialised company. Please observe the local
   regulations regarding the disposal of packaging
   materials, exhausted batteries and old

Part Name(s) : ALD1721EPAL ALD1721ESAL ALD1721E_11 ALD1721EDA_11 ALD
Advanced Linear Devices

The ALD1721E is a monolithic rail-to-rail precision CMOS operational amplifier with integrated user programmable EPAD (Electrically Programmable Analog Device) based offset voltage adjustment. The ALD1721E operational amplifier is a direct replacement of the ALD1701 operational amplifier, with the added feature of user-programmable offset voltage trimming resulting in significantly enhanced total system performance and user flexibility. EPAD technology is an exclusive ALD design which has been refined for analog applications where precision voltage trimming is necessary to achieve a desired performance. It utilizes CMOS FETs as in circuit elements for trimming of offset voltage bias characteristics with the aid of a personal computer under software control. Once programmed, the set parameters are stored indefinitely within the device even after power down. EPAD offers the circuit designer a convenient and cost-effective trimming solution for achieving the very highest amplifier/system performance.
The ALD1721E operational amplifier features rail-to-rail input and output voltage ranges, tolerance to over-voltage input spikes of 300mV beyond supply rails, capacitive loading up to 50pF, extremely low input currents of 0.01pA typical, high open loop voltage gain, useful bandwidth of 700KHz, slew rate of 0.7V/µs, and low typical supply current of 120µA.

• EPAD (Electrically Programmable Analog Device)
• User programmable VOS trimmer
• Computer-assisted trimming
• Rail-to-rail input/output
• Compatible with standard EPAD Programmer
• High precision through in-system circuit precision trimming
• Reduces or eliminates VOS, PSRR, CMRR and TCVOS errors
• System level “calibration” capability
• Application Specific Programming mode
• In-System Programming mode
• Electrically programmable to compensate for external
   component tolerances
• Achieves 0.01pA input bias current and 35µV input offset
   voltage simultaneously
• Compatible with industry standard pinout

• Eliminates manual and elaborate
   system trimming procedures
• Remote controlled automated trimming
• In-System Programming capability
• No external components
• No internal chopper clocking noise
• No chopper dynamic power dissipation
• Simple and cost effective
• Small package size
• Extremely small total functional
   volume size
• Low system implementation cost
• Micropower and Low Voltage

• Sensor interface circuits
• Transducer biasing circuits
• Capacitive and charge integration circuits
• Biochemical probe interface
• Signal conditioning
• Portable instruments
• High source impedance electrode
• Precision Sample and Hold amplifiers
• Precision current to voltage converter
• Error correction circuits
• Sensor compensation circuits
• Precision gain amplifiers
• Periodic In-system calibration
• System output level shifter

Part Name(s) : BQ24070 BQ24071 BQ24070RHLR BQ24070RHLRG4 BQ24070RHLT BQ24070RHLTG4 BQ24071RHLR BQ24071RHLT TI
Texas Instruments
Description : Single-Chip Li-Ion Charge and System Power-Path Management IC

The bq24070 and bq24071 are highly integrated Li-ion linear charger and system power-path management devices targeted at space-limited portable applications. The bq2407x devices offer DC supply (AC adapter) power-path management with autonomous power-source selection, power FETs and current sensors, high-accuracy current and voltage regulation, charge status, and charge termination, in a single monolithic device.
The bq2407x devices power the system while independently charging the battery. This feature reduces the charge and discharge cycles on the battery, allows for proper charge termination, and allows the system to run with an absent or defective battery pack. This feature also allows for the system to instantaneously turn on from an external power source in the case of a deeply discharged battery pack. The IC design is focused on supplying continuous power to the system when available from the AC adapter or battery sources.

• Small 3.5-mm × 4.5-mm VQFN Package
• Designed for Single-Cell Li-Ion- or Li-Polymer
   Based Portable Applications
• Integrated Dynamic Power-Path Management
   (DPPM) Feature Allowing the AC Adapter to
   Simultaneously Power the System and Charge the
• Power Supplement Mode Allows Battery to
   Supplement the AC Input Current
• Autonomous Power Source Selection (AC Adapter
   or BAT)
• Supports Up to 2 A Total Current
• Thermal Regulation for Charge Control
• Charge Status Outputs for LED or System
   Interface Indicates Charge and Fault Conditions
• Reverse Current, Short-Circuit, and Thermal
• Power Good Status Outputs
• 4.4-V and 6-V Options for System Output
   Regulation Voltage

• Smart Phones and PDAs
• MP3 Players
• Digital Cameras and Handheld Devices
• Internet Appliances

Part Name(s) : KYL-500L KYL-500L-12 KYL-500L-192 KYL-500L-24 KYL-500L-48 KYL-500L-96 KYL
Description : Special RF module for Wireless POS Terminal

I: About KYL-500L
KYL-500L, the micro power wireless transceiver data module, is designed for order-dish system. With small size, low power consumption as well as good stability and reliability, it is also widely used for other embedded systems like AMR.

II. Features of KYL-500L
1. Low power transmission: 400mW
2. Carrier frequency: 433MHz (default), 400-470MHz (optional)
3. High anti- interference and Low BER (Bit Error Rate)
   Based on GFSK modulation, high-efficiency forward error correction channel encoding technology is used to enhance the data’s resistance to both transient interference and random interference. The actual BER can be achieved to 10-5~10-6 when channel BER is 10-2.
4. Long Transmission Distance
   Within the visible range, when the height of antenna is higher than 2m and The BER is 10-5, the reliable transmission distance is 2km @1200bps, and is 1.5km@9600bps respectively.
5. Transparent data transmission
   Transparent data interface used in transceivers is to meet many standard and nonstandard user protocols. Any false data generated in air can be filtrated automatically (What has been received is exactly what has been transmitted).
6. Multi-channels
   We provide 8 channels, expandable for 16, 32 channels according to requirements of customers.
7. Big data buffer area
   With optional interface baud rates: 1200/4800/9600/19200bps and 8N1/8E1/8O1 data format (decide by user), the transceiver can transmit unlimited data frames with flexible user program.
   Note: the RF data rate is only settled down before delivery; please inform our sales when placing your orders.
8. Intelligent data control system and no other extra programs required
   Even for half duplex communication, no other excessive programs are required. All RF system data transmission/reception and other On-the-Fly conversion and control are performed by KYL-500L transceivers automatically.
9. Lower power consumption & nice sleep function
   With +3.3V to 3.6 power, the receiving current is less than 25mA, the transmitting current is less than 200mA, and the sleeping current is less than 1uA.
10. High reliability, small size and excellent performance
   High sensitivity, small size is suitable for the order-dish system. With Long transmission distance, strong penetrability, it is preferable for handheld terminal.
III. Applications of KYL-500L
* Automatic Meter Reading (AMR)
* Wireless Dish-ordering system;
* Wireless POS, PDA, wireless smart terminals;
* Lower power consumption System;
* Wireless alarm and security systems
* Building automation, security, wireless monitor and control of room equipment, Access Control System;
* Wireless data transmission, automatic data collection system;
* Radio modem can be used for Sports training & competition;
* Electronic bus station and intelligent traffic;
* Wireless electronic display screen and queuing machine;
* Wireless telemetry, charging for parking, parking lot;
* Automobile inspection and four-wheel orientation;
* Wireless sensor, Industrial wireless remote control and air condition remote control;
* LED display in thruway and public place
* Point to multi-point wireless network, wireless on-the-spot bus and automatic data collection system;


Part Name(s) : AM79C940 AM79C940JC/W AM79C940JCW AM79C940JI/W AM79C940JIW AM79C940KC/W AM79C940KCW AM79C940KI/W AM79C940KIW AM79C940VC/W AM79C940VCW AM79C940VI/W AM79C940VIW AM79C940JC AM79C940JI AM79C940KC AM79C940KI AM79C940VC AM79C940VI AMD
Advanced Micro Devices
Description : Media Access Controller for Ethernet (MACE™)

The Media Access Controller for Ethernet (MACE) chip is a CMOS VLSI device designed to provide flexibility in customized LAN design. The MACE device is specifically designed to address applications where multiple I/O peripherals are present, and a centralized or system specific DMA is required. The high speed, 16-bit synchronous system interface is optimized for an external DMA or I/O processor system, and is similar to many existing peripheral devices, such as SCSI and serial link controllers.
The MACE device is a slave register based peripheral. All transfers to and from the system are performed using simple memory or I/O read and write commands. In conjunction with a user defined DMA engine, the MACE chip provides an IEEE 802.3 interface tailored to a specific application. Its superior modular architecture and versatile system interface allow the MACE device to be configured as a stand-alone device or as a connectivity cell incorporated into a larger, integrated system.

■ Integrated Controller with Manchester encoder/decoder and 10BASE-T transceiver and AUI port
■ Supports IEEE 802.3/ANSI 8802-3 and Ethernet standards
■ 84-pin PLCC and 100-pin PQFP Packages
■ 80-pin Thin Quad Flat Pack (TQFP) package available for space critical applications such as PCMCIA
■ Modular architecture allows easy tuning to specific applications
■ High speed, 16-bit synchronous host system interface with 2 or 3 cycles/transfer
■ Individual transmit (136 byte) and receive (128 byte) FlFOs provide increase of system latency and support the following features:
   — Automatic retransmission with no FIFO reload
   — Automatic receive stripping and transmit padding (individually programmable)
   — Automatic runt packet rejection
   — Automatic deletion of collision frames
   — Automatic retransmission with no FIFO reload
■ Direct slave access to all on board configuration/status registers and transmit/ receive FlFOs
■ Direct FIFO read/write access for simple interface to DMA controllers or l/O processors
■ Arbitrary byte alignment and little/big endian memory interface supported
■ Internal/external loopback capabilities
■ External Address Detection Interface (EADI™) for external hardware address filtering in bridge/router applications
■ JTAG Boundary Scan (IEEE 1149.1) test access port interface for board level production test
■ Integrated Manchester Encoder/Decoder
■ Digital Attachment Interface (DAI™) allows by-passing of differential Attachment Unit Interface (AUI)
■ Supports the following types of network interface:
   — AUI to external 10BASE2, 10BASE5 or 10BASE-F MAU
   — DAI port to external 10BASE2, 10BASE5, 10BASE-T, 10BASE-F MAU
   — General Purpose Serial Interface (GPSI) to external encoding/decoding scheme
   — Internal 10BASE-T transceiver with automatic selection of 10BASE-T or AUI port
■ Sleep mode allows reduced power consumption for critical battery powered applications
■ 5 MHz-25 MHz system clock speed
■ Support for operation in industrial temperature range (–40°C to +85°C) available in all three packages


Part Name(s) : MCP73871 MCP73871T MCP73871-1AAI/ML MCP73871-1CAI/ML MCP73871-1CCI/ML MCP73871-2AAI/ML MCP73871-2CAI/ML MCP73871-2CCI/ML MCP73871-3CAI/ML MCP73871-3CCI/ML MCP73871-4CAI/ML MCP73871-4CCI/ML MCP73871T-1AAI/ML MCP73871T-1CAI/ML MCP73871T-1CCI/ML MCP73871T-2AAI/ML MCP73871T-2CAI/ML MCP73871T-2CCI/ML MCP73871T-3CAI/ML MCP73871T-3CCI/ML MCP73871T-4CAI/ML MCP73871T-4CCI/ML Microchip
Microchip Technology
Description : Stand-Alone System Load Sharing and Li-Ion / Li-Polymer Battery Charge Management Controller

The MCP73871 device is a fully integrated linear solution for system load sharing and Li-Ion / Li-Polymer battery charge management with ac-dc wall adapter and USB port power sources selection. It’s also capable of autonomous power source selection between input or battery. Along with its small physical size, the low number of required external components makes the device ideally suited for portable applications.
The MCP73871 device automatically obtains power for the system load from a single-cell Li-Ion battery or an input power source (ac-dc wall adapter or USB port). The MCP73871 device specifically adheres to the current drawn limits governed by the USB specification. With an ac-dc wall adapter providing power to the system, an external resistor sets the magnitude of 1A maximum charge current while supports up to 1.8A total current for system load and battery charge current.

• Integrated System Load Sharing and Battery Charge Management
   - Simultaneously Power the System and Charge the Li-Ion Battery
   - Voltage Proportional Current Control (VPCC) ensures system load has priority over Li-Ion battery charge current
   - Low-Loss Power-Path Management with Ideal Diode Operation
• Complete Linear Charge Management Controller
   - Integrated Pass Transistors
   - Integrated Current Sense
   - Integrated Reverse Discharge Protection
   - Selectable Input Power Sources: USB Port or AC-DC Wall Adapter
• Preset High Accuracy Charge Voltage Options:
   - 4.10V, 4.20V, 4.35V or 4.40V
   - ±0.5% Regulation Tolerance
• Constant Current / Constant Voltage (CC/CV) Operation with Thermal Regulation
• Maximum 1.8A Total Input Current Control
• Resistor Programmable Fast Charge Current Control: 50 mA to 1A
• Resistor Programmable Termination Set Point
• Selectable USB Input Current Control
   - Absolute Maximum: 100 mA (L) / 500 mA (H)
• Automatic Recharge
• Automatic End-of-Charge Control
• Safety Timer With Timer Enable/Disable Control
• 0.1C Preconditioning for Deeply Depleted Cells
• Battery Cell Temperature Monitor
• Undervoltage Lockout (UVLO)
• Low Battery Status Indicator (LBO)
• Power-Good Status Indicator (PG)
• Charge Status and Fault Condition Indicators
• Numerous Selectable Options Available for a Variety of Applications:
   - Refer to Section 1.0 “Electrical Characteristics” for Selectable Options”
   - Refer to the “Product Identification System” for Standard Options
• Temperature Range: -40°C to +85°C
• Packaging: 20-Lead QFN (4 mm x 4 mm)

• GPSs / Navigators
• PDAs and Smart Phones
• Portable Media Players and MP3 Players
• Digital Cameras
• Bluetooth Headsets
• Portable Medical Devices
• Charge Cradles / Docking Stations
• Toys

Part Name(s) : DP8228 DP8228J DP8228M DP8228MJ DP8228MJ-MIL DP8228N DP8238 DP8238J DP8238M DP8238MJ DP8238N National-Semiconductor
National ->Texas Instruments
Description : System Controller and Bus Driver

General Description
The DP8228/DP8228M, DP8238/DP8238M are system controller/bus drivers contained in a standard, 28-pin dual in-line package. The chip, which is fabricated using Schottky Bipolar technology, generates all the read and write control signals required to directly interface the memory and input/output components of the 8080A microcomputer family. The chip also provides drive and isolation for the bidirectional data bus of the 8080A microprocessor. Data bus isolation enables the use of slower memory and input/output components in a system, and provides for enhanced system noise immunity.

Single chip system controller and bus driver for 8080A Microcomputer Systems
Allows use of multibyte CALL instructions for Interrupt Acknowledge
Provides user-selected single-level interrupt vector(RST 7)
Provides isolation of data bus
Supports a wide variety of system bus structures
Reduces system component count
DP8238/DP8238M provides advanced Input/Output Write and Memory Write control signals for large system timing control

Part Name(s) : M34551 M34551E8 M34551E8-XXXFP M34551E8FP M34551M4-XXXFP M34551M4FP M34551E4-XXXFP M34551E4FP Mitsubishi

The 4551 Group is a 4-bit single-chip microcomputer designed with CMOS technology. Its CPU is that of the 4500 series using a simple, high-speed instruction set. The computer is equipped with an 8-bit timer with a reload register, a 14-bit timer which is also used as a watchdog timer, a 4-bit timer with a reload register, a carrier wave output circuit and an LCD control circuit. The mask ROM version and built-in PROM version of 4551 Group are produced as shown in the table below.

● Minimum instruction execution time ............................. 3.0 µs
   (f(XIN)=4.0 MHz, VDD=3.0 V, system clock = f(XIN)/4)
● Supply voltage
   ............................. 2.5 V to 5.5 V (One Time PROM version)
   ....................................... 2.2 V to 5.5 V (Mask ROM version)
● System clock switch function
   ........................................... Clock divided by 4 or not divided
● LCD control circuit
   Segment output...................................................................20
   Common output .................................................................... 4
● Carrier wave frequency switch function
   System clock, system clock/2, system clock/8,
   system clock/12, system clock/16, system clock/24, “H” fixed
● Timers
   Timer 1 ................................ 8-bit timer with a reload register
   Timer 2 ............... 14-bit timer also used as a watchdog timer
   Timer LC ............................. 4-bit timer with a reload register
● Interrupt ................................................................... 3 sources
● Voltage drop detection circuit ............................................... 1
● Clock generating circuit (ceramic resonance and quartz-crystal oscillation)

   Remote control transmitter

Part Name(s) : LM9073 LM9073T LM9073T/NOPB LM9073SX Texas-Instruments
Texas Instruments
Description : Dual High Current Low-Dropout System Regulator

The LM9073 is a high performance voltage regulator system with operational and protection features that address many requirements of automotive applications. Two regulated outputs are provided. The main regulator provides a precision 2% tolerance 5V output at 700mA with a low dropout characteristic. The second output, an External Supply regulator, provides a 5V output with 2% tolerance for load currents up to 100mA. This External Supply output is fully protected from short circuit to ground or the unregulated input supply (ignition or battery potentials in automotive applications) which makes it suitable for powering remotely located load circuits or sub-systems.
The LM9073 also contains a programmable delayed system reset output. Two control inputs are provided. An ON/OFF input intended for connection to an ignition switch, and a Keep Alive input whereby a system can remain powered after ignition has been switched OFF. Additionally, a watchdog function is built in to enhance system operationally reliability.
For EMC concerns the LM9073 remains fully operational and does not generate false rest signals while subjected to greater than 100mA, 1MHz to 400MHz bulk current injection signals on the input supply and External Supply output lines.

• Two 5V Regulated Outputs:
• 700mA, 2% Main Output
• 100mA, 2% External Supply Output
• External Supply Output Protected from Shorts
   to Battery
• Good EMI (1MHz to 400MHz, BCI) Immunity
• Separate ON/OFF and Keep-Alive Control
• Less than 100µA Quiescent Current in OFF
• Programmable Delayed Reset Output
• Adjustable Threshold Voltage for Generating
• Built-in System Watchdog Timer
• Input Transient Protection Over 60V to −45V
• Less than 1V Dropout at Full Load
• Wide −40°C to 125°C Operating Temperature
• TO−220 Power Package

• Automotive Module Supply Power
• Remote Sub−system Powering
• Continuous Operation for Save Outines and
   E2PROM Programing After Power Down
• Safety Relates Systems − EMC Operational
   with a System Watchdog Monitor

Part Name(s) : M34551E8-XXXFP_98 M34551E8FP_98 M34551M4-XXXFP_98 M34551M4FP_98 M34551M8-XXXFP M34551M8FP M34551_98 Mitsubishi

The 4551 Group is a 4-bit single-chip microcomputer designed with CMOS technology. Its CPU is that of the 4500 series using a simple, high-speed instruction set. The computer is equipped with an 8-bit timer with a reload register, a 14-bit timer which is also used as a watchdog timer, a 4-bit timer with a reload register, a carrier wave output circuit and an LCD control circuit.
The mask ROM version and built-in PROM version of 4551 Group are produced as shown in the table below.

● Minimum instruction execution time ............................ 1.5 µs
   (f(XIN)=8.0 MHz, VDD=5.0 V, system clock = f(XIN)/4)
● Supply voltage
   ............................. 2.5 V to 5.5 V (One Time PROM version)
   ....................................... 2.2 V to 5.5 V (Mask ROM version)
● System clock switch function
   ........................................... Clock divided by 4 or not divided
● LCD control circuit
   Segment output .................................................................. 20
   Common output ....................................................................4
● Carrier wave frequency switch function
   System clock, system clock/2, system clock/8,
   system clock/12, system clock/16, system clock/24, “H” fixed
● Timers
   Timer 1 ................................ 8-bit timer with a reload register
   Timer 2 ...............14-bit timer also used as a watchdog timer
   Timer LC ............................. 4-bit timer with a reload register
● Interrupt ................................................................... 3 sources
● Voltage drop detection circuit ...............................................1
● Clock generating circuit (ceramic resonance and quartz-crystal oscillation)

   Remote control transmitter


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