d2:laser_servo
Differences
This shows you the differences between two versions of the page.
d2:laser_servo [2020/07/28 19:13] – [Back-panel Section] Michael Radunsky | d2:laser_servo [2021/12/17 01:58] (current) – external edit 127.0.0.1 | ||
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<WRAP center round box 600px> | <WRAP center round box 600px> | ||
| | **Value** | | | **Value** | ||
- | | **Input and Output Impedance** | + | | **Input and Output Impedance** |
| **Output Voltage (main and aux)** | | **Output Voltage (main and aux)** | ||
| **Input Voltage Noise**(( Referenced to 50Ω load)) | | **Input Voltage Noise**(( Referenced to 50Ω load)) | ||
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{{ : | {{ : | ||
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+ | |||
+ | While it is infrequent, the D2-005 power supply may occasionally radiate noise from the side of its chassis onto nearby electronics. This only occurs in some system configurations, | ||
**Absolute Jump TTL (BNC)** | **Absolute Jump TTL (BNC)** | ||
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**Relative Jump TTL (BNC)** | **Relative Jump TTL (BNC)** | ||
- | When asserted HIGH (5 V) while in LOCK mode, RELATIVE JUMP engages a sample-and-hold circuit and takes the Laser Servo out of lock. The voltage on the SERVO OUTPUT is the sample-and-hold value summed in with <color black/ | + | When asserted HIGH (5 V) while in LOCK mode, RELATIVE JUMP engages a sample-and-hold circuit and takes the Laser Servo out of lock. The voltage on the SERVO OUTPUT is the sample-and-hold value summed in with <color black/ |
When asserted HIGH (5V) while in RAMP mode, RELATIVE JUMP applies a DC offset equal to the LASER JUMP AMPLITUDE to the ramp signal at SERVO OUTPUT. When asserted LOW (0V) while in RAMP mode, the ramp signal is DC balanced. | When asserted HIGH (5V) while in RAMP mode, RELATIVE JUMP applies a DC offset equal to the LASER JUMP AMPLITUDE to the ramp signal at SERVO OUTPUT. When asserted LOW (0V) while in RAMP mode, the ramp signal is DC balanced. |
d2/laser_servo.1595963635.txt.gz · Last modified: 2021/08/26 14:26 (external edit)