YOUR ULTRALOW NOISE SYSTEMS.

SILENTSYS develops, produces, and commercializes solutions in photonics, microwave/THz, and electronics. With patented designs and extensive expertise, the products are compact and user-friendly. SILENTSYS targets emerging industrial and lab needs, especially in quantum technologies, metrology, sensing, and communications, offering cutting-edge performance tailored to modern applications.

PID-X: High-Speed Servo Controllers

from €3 990

Signal stabilization is no longer a laborious task…
Get a lock in JUST 2 clicks!

PID-X are high-speed servo controllers that are digitally controlled using an integrated touchscreen. They provide functionalities like Proportional gain, simple Integrator, double Integrator, and more depending on the version. They feature ultralow voltage noise, high open-loop gain, a large bandwidth, and they are very easy to use.

SPECIFICATIONS

MODEL	PID-01	PID-02
Input voltage noise	5 nV/√Hz	1 nV/√Hz
Output impedance	50 Ω
Input impedance	50 Ω	50 Ω / 1 MΩ
Input Voltage range max	-5 V / +5 V
Output voltage range max	-4.5 V / +4.5 V	- 3.7 V / + 3.7 V
Output/input connectors	SMA female
Control bandwidth	> 30 MHz	> 60 MHz
Input attenuations	-	0 dB, 20 dB, 40 dB
Offset ranges	- 2 V / + 2 V
Ramp functionality	-	Included
Open-loop gain	200 dB	160 dB
Loop delay	24 ns	16 ns
Proportional Gain	OFF, from - 28 dB to 23 dB (0.2 dB increments)	OFF, from - 10 dB to 20 dB (0.5 dB increments)
Simple Integrator	OFF, from 100 Hz to 10 MHz (16 settings)
Double Integrator	OFF, from 100 mHz to 1 MHz (16 settings)	OFF, from 1 Hz to 1 MHz (16 settings)
Slow Integrator	-	From 1 mHz to 1 kHz (16 settings)
Product dimensions	155 x 150 x 112 mm³
Product weight	approx. 1.5 kg
Interface	Touchscreen	Touchscreen*, USB, TTL
Price	€3 990	€5 490
Datasheet
User guide

*Touchscreen can be removed at the manufacturing for easy OEM integration, for PID-02 only.

PERFORMANCES

Typical result of laser locking using the PID-02 in two different configurations

FUNCTIONAL DIAGRAM

The functional diagram is a simple view of what the instrument does. It enables a fast and simple understanding of the internal functionalities in respect to the system inputs and outputs.