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Part Name(s) : AD1154 AD1154AD AD1154BD ADI
Analog Devices
Description : LOW Cost, 16-Bit Accurate SAMPLE-AND-HOLD Amplifier

LOW Cost, 16-Bit Accurate SAMPLE-AND-HOLD Amplifier

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Part Name(s) : SMP-10BY SMP-10GY ADI
Analog Devices
Description : (SMP-10 / SMP-11) LOW DROOP RATE/ACCURATE Sample-andHold AMPLIFIERS

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Part Name(s) : MAX5166 MAX5166LCCM MAX5166LECM MAX5166MCCM MAX5166MECM MAX5166NCCM MAX5166NECM MAX5166L MAX5166M MAX5166N MaximIC
Maxim Integrated
Description : 32-Channel Sample/Hold Amplifier with Four Multiplexed Inputs

General Description
The MAX5166 contains four 1-to-8 multiplexers and 32 sample/hold AMPLIFIERS. The sample/hold AMPLIFIERS are organized into four octal sample/holds with separate inputs and independent TTL/CMOS-compatible hold enables for each octal set. Additional 3-bit TTL/CMOS compatible address logic selects the 1-to-8 multiplexer channel. The MAX5166 is available with an output impedance of 50Ω, 500Ω, or 1kΩ, alLOWing output filtering.
The MAX5166 operates with +10V and -5V supplies, and a separate +5V digital logic supply. Manufactured with a proprietary BiCMOS process, it provides high accuracy, fast acquisition time, LOW DROOP rate, and a LOW hold step. The device acquires 8V step input signals to 0.01% accuracy in 2.5µs. Transitions from sample mode to hold mode result in only 0.5mV of error. While in hold mode, the output voltage sLOWly DROOPs at a rate of 1mV/sec. The MAX5166 is available in a 48-pin TQFP package.

Features
♦ Quad, 8-Channel Sample/Hold
♦ 0.01% Accuracy of Acquired Signal
♦ 0.01% Linearity Error
♦ Fast Acquisition Time: 2.5µs
LOW DROOP Rate: 1mV/sec
LOW Hold Step: 0.25mV
♦ Wide Output Voltage Range: +7V to -4V

Applications
   Automatic Test Systems (ATE)
   Industrial Process Controls
   Arbitrary Function Generators
   Avionics Equipment

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Part Name(s) : LF198FE LF298FE LF298N LF398D LF398FE LF398N LF198 LF298 LF398 Philips
Philips Electronics
Description : SAMPLE-AND-HOLD AMPLIFIERS

DESCRIPTION
The LF198/LF298/LF398 are monolithic SAMPLE-AND-HOLD circuits which utilize high-voltage ion-implant JFET technology to obtain ultra-high DC accuracy with fast acquisition of signal and LOW DROOP rate. Operating as a unity gain folLOWer, DC gain accuracy is 0.002% typical and acquisition time is as LOW as 6µs to 0.01%. A bipolar input stage is used to achieve LOW offset voltage and wide bandwidth. Input offset adjust is accomplished with a single pin and does not degrade input offset drift. The wide bandwidth alLOWs the LF198 to be included inside the feedback loop of 1MHz op amps without having stability problems. Input impedance of 10‛°Ω alLOWs high source impedances to be used without degrading accuracy.
P-channel junction FETs are combined with bipolar devices in the output amplifier to give DROOP rates as LOW as 5mV/min with a 1µF hold capacitor. The JFETs have much LOWer noise than MOS devices used in previous designs and do not exhibit high temperature instabilities. The overall design guarantees no feedthrough from input to output in the hold mode even for input signals equal to the supply voltages.

FEATURES
• Operates from ±5V to ±18V supplies
• Less than 10µs acquisition time
• TTL, PMOS, CMOS compatible logic input
• 0.5mV typical hold step at CH=0.01µF
LOW input offset
• 0.002% gain accuracy
LOW output noise in hold mode
• Input characteristics do not change during hold mode
• High supply rejection ratio in sample or hold
• Wide bandwidth

APPLICATION
• The LF198/LF298/LF398 are ideally suited for a wide variety of SAMPLE-AND-HOLD applications, including data acquisition, analog-to-digital conversion, synchronous demodulation, and automatic test setup

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Part Name(s) : NE5537 NE5537D NE5537FE NE5537N SE5537 SE5537FE Philips
Philips Electronics
Description : SAMPLE-AND-HOLD amplifier

DESCRIPTION
The NE5537 monolithic SAMPLE-AND-HOLD amplifier combines the best features of ion-implanted JFETs with bipolar devices to obtain high accuracy, fast acquisition time, and LOW DROOP rate. This device is pin-compatible with the LF198, and features superior performance in DROOP rate and output drive capability.

FEATURES
•Operates from ±5V to ±18V supplies
•Hold leakage current 6pA @ TJ= 25°C
•Less than 4µs acquisition time
•TTL, PMOS, CMOS compatible logic input
•0.5mV typical hold step at CH=0.01µF
LOW input offset: 1MV (typical)
•0.002% gain accuracy with RL=2kΩ
LOW output noise in hold mode
•Input characteristics do not change during hold mode
•High supply rejection ratio in sample or hold
•Wide bandwidth

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Part Name(s) : MAX5165 MAX5165LCCM MAX5165LECM MAX5165MCCM MAX5165MECM MAX5165NCCM MAX5165NECM MAX5165L MAX5165M MAX5165N MaximIC
Maxim Integrated
Description : 32-Channel Sample/Hold Amplifier ith a Single Multiplexed Input

General Description
The MAX5165 contains four 1-to-8 multiplexers and 32 sample/hold AMPLIFIERS. A single analog input connects to all four internal 1-to-8 multiplexers. The sample/hold AMPLIFIERS are organized into four octal sample/holds with independent TTL/CMOS-compatible track/hold enables for each octal set. Additional 3-bit TTL/CMOS compatible address logic selects the 1-to-8 multiplexer channel. Clamping diodes on each output alLOW clamping between two external reference voltages. The MAX5165 is available with an output impedance of 50Ω, 500Ω, or 1kΩ, alLOWing output filtering.
The MAX5165 operates with +10V and -5V supplies and a separate +5V digital logic supply. Manufactured with a proprietary BiCMOS process, it provides high accuracy, fast acquisition time, LOW DROOP rate, and a LOW hold step. The device acquires 8V step input signals to 0.01% accuracy in 2.5µs. Transitions from sample mode to hold mode result in only a 0.5mV error. While in hold mode, the output voltage sLOWly DROOPs at a rate of 1mV/sec. The MAX5165 is available in a 48-pin TQFP package.

Features
♦ 32-Channel Sample/Hold
♦ Output Clamping
♦ 0.01% Accuracy of Acquired Signal
♦ 0.01% Linearity Error
♦ Fast Acquisition Time: 2.5µs
LOW DROOP Rate: 1mV/sec
LOW Hold Step: 0.25mV
♦ Wide Output Voltage Range: +7V to -4V

Applications
   Automatic Test Equipment (ATE)
   Industrial Process Controls
   Arbitrary Function Generators
   Avionics Equipment

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Part Name(s) : AD585 AD585A AD585AQ AD585J AD585JP AD585S AD585SE AD585SQ ADI
Analog Devices
Description : SAMPLE-AND-HOLD Amplifier High Speed, Precision

PRODUCT DESCRIPTION
The AD585 is a complete monolithic SAMPLE-AND-HOLD circuit consisting of a high performance operational amplifier in series with an ultraLOW leakage analog switch and a FET input inte grating amplifier. An internal holding capacitor and matched applications resistors have been provided for high precision and applications flexibility.
The performance of the AD585 makes it ideal for high speed 10- and 12-bit data acquisition systems, where fast acquisition time, LOW sample-to-hold offset, and LOW DROOP are critical. The AD585 can acquire a signal to ±0.01% in 3 µs maximum, and then hold that signal with a maximum sample-to-hold offset of 3 mV and less than 1 mV/ms DROOP, using the on-chip hold capacitor. If LOWer DROOP is required, it is possible to add a larger external hold capacitor.

FEATURES
  3.0 ms Acquisition Time to 60.01% max
  LOW DROOP Rate: 1.0 mV/ms max
  Sample/Hold Offset Step: 3 mV max
  Aperture Jitter: 0.5 ns
  Extended Temperature Range: –558C to +1258C
  Internal Hold Capacitor
  Internal Application Resistors
  612 V or 615 V Operation
  Available in Surface Mount

APPLICATIONS
  Data Acquisition Systems
  Data Distribution Systems
  Analog Delay & Storage
  Peak Amplitude Measurements
  MIL-STD-883 Compliant Versions Available

 

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Part Name(s) : SMP-10 SMP-10A SMP-10AY SMP-10E SMP-10EY SMP-10F SMP-10FY SMP-10G SMP-10N SMP-11 SMP-11A SMP-11AY SMP-11B SMP-11BY SMP-11E SMP-11EY SMP-11F SMP-11FY SMP-11G SMP-11GP SMP-11GS SMP-11GY SMP-11N SMP10AY SMP10EY ADI
Analog Devices
Description : LOW DROOP RATE/ACCURATE SAMPLE-AND-HOLD AMPLIFIERS


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Part Name(s) : AD684 AD684JQ AD684AQ AD684SQ ADI
Analog Devices
Description : Four-Channel SAMPLE-AND-HOLD Amplifier

PRODUCT DESCRIPTION
The AD684 is a monolithic quad SAMPLE-AND-HOLD amplifier (SHA). It features four complete sampling channels, each controlled by an independent hold command. Each SHA is complete with an internal hold capacitor. The high accuracy SHA channels are self-contained and require no external components or adjustments. The AD684 is manufactured on a BiMOS process which provides a merger of high performance bipolar circuitry and LOW power CMOS logic.
   
FEATURES
    Four Matched SAMPLE-AND-HOLD AMPLIFIERS
    Independent Inputs, Outputs and Control Pins
    500 ns Hold Mode Settling
    1 ms Maximum Acquisition Time to 0.01%
    LOW DROOP Rate: 0.01 μV/ms
    Internal Hold Capacitors
    75 ps Maximum Aperture Jitter
    LOW Power Dissipation: 430 mW
    0.3" Skinny DIP Package
    MIL-STD-883 Compliant Versions Available
   

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Part Name(s) : SHC298 SHC298A SHC298AJP SHC298AM SHC298JP SHC298JU SHC298JU/2K5 BB
Burr-Brown -> Texas Instruments
Description : Monolithic SAMPLE/HOLD AMPLIFIER

DESCRIPTION
The SHC298 and SHC298A are high-performance monolithic sample/hold AMPLIFIERS featuring high DC accuracy with fast acquisition times and a LOW DROOP rate. Dynamic performance and holding performance can be optimized with proper selection of the external holding capacitor. With a 1000pF holding capacitor, 12-bit accuracy can be achieved with a 6µs acquisition time. DROOP rates less than 5mV/min are possible with a 1µF holding capacitor.

FEATURES
●12-BIT THROUGHPUT ACCURACY
●LESS THAN 10µs ACQUISITION TIME
● WIDEBAND NOISE LESS THAN 20µVrms
●RELIABLE MONOLITHIC CONSTRUCTION
●1010ΩINPUT RESISTANCE
●TTL-CMOS-COMPATIBLE LOGIC INPUT

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