TEC controllers (Peltier controller) are used to drive TEC modules for precisely regulating object temperature by controlling the direction and magnitude of the current going through the TEC. Analog Technologies, Inc has developed a new high voltage high current TEC controller TEC50V20AB with built-in auto PID control system. It is designed for high power TEC modules.(more)
In the circuit design, resistors and capacitors are commonly used components. To meet the needs of circuit design, numerous tests will be carried out on the circuit and various values of resistors and capacitors will be connected to the circuit.(more)
Analog Technologies, Inc has designed a new temperature plate assembly that provides high and low temperature environments for devices with special temperature requirements.(more)
Analog Technologies, Inc has released a new high voltage signal amplifier with a high voltage range output of over 1000 volts, the AHVAHS2KV2X20MA.(more)
A DC-to-DC step-down switching regulator is an electronic circuit that converts a higher voltage DC input to a lower voltage DC output. It does this by switching the input voltage on and off at a high frequency, and then filtering and smoothing the resulting waveform to produce the desired output voltage.(more)
The ATDC2934 is a high efficiency DC-to-DC step-down switching regulator designed to step down high voltage input sources to lower voltages, with an input voltage range of 5V-42V and output current of 600mA.(more)
Analog Technologies has recently launched two series of compact and highly efficient isolated DC-DC power modules with input voltages of 12V and 24V respectively. These modules are designed to deliver reliable and high-quality power conversion performance in a space-saving form factor.(more)
This article is from Photonics Magazine. TEC controller design experts from Analog Tehcnologies, Inc offer tips to lower the cost and simplify the design of the devices, and to increase their ease of use.(more)
In this figure, PO is the optical output power of the laser diode; ILD is the laser diode input current; ITH is the so-called threshold current of the laser diode. The laser diode only emits laser beam when the input current exceeds this value; otherwise, it will emit a weak, non-laser light.(more)
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