Driver Circuit

Posted by Neil P. Herzog in Driver
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Driver Circuit

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The driver circuit includes a rectifier circuit that receives an alternating current (AC) input voltage and provides a rectified AC voltage. The driver circuit also includes a switching converter circuit coupled to the light source.power and control circuits. This is as a result of the separated ground return paths. Several types of isolated driver circuits exist namely: Potential isolation Transformers Optical None System Pulse transformer Optocoupler Fiber optic link Electronic level shifting For power modules up to >1700 V 1700 V >1700 V 1200 V Signal transmission Bidirectional Unidirectional Uni/bidirectional Unidirectional Duty cycle restriction Yes No No No Coupling capacitance 5–20 pF 1–5 pF <1 pF > By using

Data.Write muxes that permit a given input buffer to drive as few or as many Write driver circuits as required, design flexibility is easily accommodated. 5.1.3 Write Driver Circuit The next element in the data path to be considered is the Write driver circuit. This circuit, as the name implies, writes data from the input buffers into specific memory locations. The Write driver, as shown in Figure 5.7, drives specific I/O lines coming from the Mbit arrays. A given Write driver is generally The function of the SRAM write driver is to quickly discharge one of the bit lines from the precharge level to below the write margin of the SRAM cell. Normally, the write driver is enabled by the Write Enable (WE) signal and drives the bit line

using.fullswing discharge from the precharge level to ground. The order in which the word line is enabled and the write drivers are activated is not crucial for the correct write operation. Some of the typical write driver circuits are presented in Figure PreDriver Circuit The output level of the high voltage buffer is controlled by switching the outer stacked transistors M1 and M10 on and off. Therefore, two control signals are necessary. The predriver circuit generates these two control signals. The following functions must be fulfilled by the predriver circuit: • Since the onresistance of the stacked transistors needs to be low, their input capacitance is very large. Therefore, the two control signals must be buffered before

driving.these It uses highly skewed inverters, which have a lower noise margin, to directly drive the output. The booster technique proposed in [6] injects or sinks more current depending on the transition, and a clear timing analysis for interconnects is not shown. The driver technique proposed in [7] drives the interconnect in a different manner so that the jitter, due to the effective capacitance variation, is reduced. The repeater circuit proposed in [8] improves the bus speed by reducing/increasing the Figure 5: A singledigit, sevensegment LCD driver circuit. 04 03 02 4 DIGIT LCD DISPLAY BACKPLANE D4 D3. but incorporate a voltage doubler or tripler for the display.) Higher peak voltages are allowed, but it is the RMS value

that.is important. The DC (direct current) offset potential of the drive signal must be less than 50 mV; DC tends to degrade the liquid crystal material. Also, since the device consists of two conductors separated by a dielectric (ie: insulating material), Many different circuits have been developed that monitor the optical output from a laser diode and then regulate the drive current so that the output remains constant. Among the simplest such circuits are a pair of laser diode driver chips made by the Sharp Corporation and available from Sharp distributors. Figure 416 shows how one of the Sharp chips, the IR3C01, is used in a practical circuit. This chip is supplied as an 8pin miniDIP and costs only $1.18 in single quantities. 442.

Fig.The.buffer driver circuit exhibits a rapid transition at around Vin = Vdd/2 due to the two strong BJT currents. The DC circuit simulation revealed that the UCBiCMOS buffer driver could achieve the sharp transition characteristics found in BJT circuits in the switching state, as well as low power consumption by the collector currents in stationary states. However, although only a little, some forward ntype (ptype) base current inside the buffer driver is drained as shown in Fig. 8. Fig. 8.

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