Features: · 18-Bit accuracy· Small 8-pin DIP package· 800ns max. acquisition time to ±0.001%· 200ns max. sample-to-hold settling time to ±0.001%· 16MHz small signal bandwidth· 90dB feedthrough attenuation· ±25 picoseconds aperture uncertainty· 415mW maximum power dissipationSpecifications ±15...
SHM-950: Features: · 18-Bit accuracy· Small 8-pin DIP package· 800ns max. acquisition time to ±0.001%· 200ns max. sample-to-hold settling time to ±0.001%· 16MHz small signal bandwidth· 90dB feedthrough atten...
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| ±15V Supply Voltages |
±18V |
| +5V Supply Voltage |
0.5V to +7V |
| Analog Input |
±18V |
| Digital Inputs |
0.5V to +7V |
| Output Current |
±65mA |
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DATEL's SHM-950 is a high-speed, highly accurate sample/ hold designed for precision, high-speed analog signal processing applications. The SHM-950 features excellent dynamic specifications including a maximum acquisition time of only 800 nanoseconds for a 10V step to ±0.001%.
Sample-to-hold settling time, to ±0.001% accuracy, is 200 nanoseconds maximum with an aperture uncertainty of ±25 picoseconds.
The SHM-950 is a complete sample/hold circuit, containing a precision MOS hold capacitor and a MOSFET switching configuration which results in faster switching and better feedthrough attenuation. Additionally, a FET input amplifier SHM-950 design allows faster acquisition and settling times while maintaining a considerably lower droop rate.