The termination circuit also includes a bias supply providing a bias supply voltage.
The fixed bias voltage is independent of the power supply voltage which may be varied.
A bias control unit (30) stabilizes the bias voltage (V0) applied to the light receiving element (10) in response to fluctuation of temperature and power supply voltage.
The voltage pump provides to the selection device a bias voltage having a magnitude greater than the supply voltage.
The net result is a bias voltage VB which remains constant with changing supply voltage VDD.
The inventive control unit (10) produces a polarising voltage (UB) which prestresses the actuator (2) and whose polarisation direction is opposite to the polarisation direction of said actuator (2).
The representative voltage is used for computing a reference polarizing voltage suitable for a protection unit.
The bias voltage generator provides a bias voltage as a function of temperature.
A bias circuit (73, 69) provides a bias voltage to the node.
A voltage regulator (210) generates a bias voltage to bias a control terminal of the bias transistor (230) with a fixed bias voltage.
A bias receiving circuit can receive the bias voltage.
A bias voltage supply section (12) supplies a bias voltage to the light receiving element (11).
The bias voltage in turn is used by another MOS device (30) to develop the bias current in proportion to the bias voltage.
The first body bias voltage and the second body bias voltage may be dependent on the mode input and the reference voltage.
The inverting input also receives the first biasing voltage (VB1), whereas the output of the biasing operational amplifier provides the second biasing voltage (VB1C).
The first bias voltage source is configured to generate an adjustable bias voltage (VBias) applied to the first inductor ( LG).
The bias circuit applies bias voltage to a photodetector (3) that amplifies current depending on the bias voltage.
The bias voltage for the tail current source is outputted as a bias voltage for the current source being controlled.
This voltage (Vout) may then be applied to the electrical circuit as the biasing voltage.
This bias voltage is generated within the apparatus.
A voltage source driver may be coupled to the voltage source to generate the bias current based on a bias voltage.
The biasing amplifier draws current from the biasing node while providing the biasing voltage to the output amplifier.
Each distance can be dependent on a bias voltage.
In addition, the laser diode drive arrangement (100) comprises a voltage bias circuit (107) which generates an adjustable bias voltage.
The bias voltage is generated based on the gate voltage.
The second target is equipped with a bias voltage application device (V4) for applying a bias voltage to the second target.
As a result, the polarity of the neutral-point bias voltage (VNPC) and the on-pulse bias voltage (VMPC) differ, and mutual interference between the bias voltages is suppressed.
Requêtes fréquentes français :1-200, -1k, -2k, -3k, -4k, -5k, -7k, -10k, -20k, -40k, -100k, -200k, -500k, -1000k,
Requêtes fréquentes anglais :1-200, -1k, -2k, -3k, -4k, -5k, -7k, -10k, -20k, -40k, -100k, -200k, -500k, -1000k,
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