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APEX[Apex Microtechnology]
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| Part No. |
PA240
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| OCR Text |
...t is important, diode connected jfets such as 2N4416 will be required. See Q1 and Q2 in Figure 1. In either case the differential input voltage will be clamped to 0.7V. This is sufficient overdrive to produce the maximum power bandwidth.
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| Description |
HIGH VOLTAGE POWER OPERATIONAL AMPLIFIER
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| File Size |
301.00K /
5 Page |
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APEX[Apex Microtechnology]
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| Part No. |
PA243
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| OCR Text |
...t is important, diode connected jfets such as 2N4416 will be required. See Q1 and Q2 in Figure 1. In either case the differential input voltage will be clamped to 0.7V. This is sufficient overdrive to produce the maximum power bandwidth.
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| Description |
HIGH VOLTAGE POWER OPERATIONAL AMPLIFIER
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| File Size |
375.11K /
5 Page |
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it Online |
Download Datasheet |
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APEX[Apex Microtechnology]
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| Part No. |
PA85A PA85
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| OCR Text |
...r, low leakage, low capacitance jfets connected as diodes are recommended (e.g. 2N4416, Q1-Q4 in Figure 2). The differential input voltage will be clamped to 1.4V. This is sufficient overdrive to produce maximum power bandwidth.
CURRENT ... |
| Description |
HIGH VOLTAGE POWER OPERATIONAL AMPLIFIERS
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| File Size |
210.11K /
4 Page |
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it Online |
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APEX[Apex Microtechnology]
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| Part No. |
PA92
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| OCR Text |
...d. Low leakage, low capacitance jfets connected as diodes are recommended (e.g. 2N4416, Q1-Q4 in Figure 2). The differential input voltage will be clamped to 1.4V. This is sufficient overdrive to produce maximum power bandwidth.
GENERAL
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| Description |
HIGH VOLTAGE POWER OPERATIONAL AMPLIFIER
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| File Size |
190.31K /
4 Page |
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it Online |
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APEX[Apex Microtechnology]
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| Part No. |
PA93
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| OCR Text |
...d. Low leakage, low capacitance jfets connected as diodes are recommended (e.g. 2N4416, Q1-Q4 in Figure 2). The differential input voltage will be clamped to 1.4V. This is sufficient overdrive to produce maximum power bandwidth.
POWER SU... |
| Description |
HIGH VOLTAGE POWER OPERATIONAL AMPLIFIERS
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| File Size |
192.14K /
4 Page |
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it Online |
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APEX[Apex Microtechnology]
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| Part No. |
PA94
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| OCR Text |
...concern 2N4416 or 2N5457-2N5459 jfets connected as diodes will be required (Q1, Q2 in Figure 1b). In either case the input differential voltage will be clamped to .7V. This is sufficient overdrive to produce maximum power bandwidth. Note th... |
| Description |
HIGH VOLTAGE POWER OPERATIONAL AMPLIFIERS
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| File Size |
179.26K /
4 Page |
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it Online |
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APEX[Apex Microtechnology]
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| Part No. |
PA98A PA98
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| OCR Text |
...r, low leakage, low capacitance jfets connected as diodes are recommended (e.g. 2N4416, Q1-Q4 in Figure 1). The differential input voltage will be clamped to 1.4V. This is sufficient overdrive to produce maximum power bandwidth.
CURRENT ... |
| Description |
HIGH VOLTAGE POWER OPERATIONAL AMPLIFIER
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| File Size |
209.47K /
5 Page |
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it Online |
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LINER[Linear Technology]
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| Part No. |
RH1056DWF RH1056 RH1056A RH1056DICE
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| OCR Text |
...0pA respectively at final test. jfets sensitivity to light at wafer sort requires a loose limit. Note 5: Tested at a gain of "5".
Rad Hard die require special handling as compared to standard IC chips. Rad Hard die are susceptible to sur... |
| Description |
Precision, High Speed, JFET Input Operational Amplifier
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| File Size |
89.38K /
2 Page |
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it Online |
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Price and Availability
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