All kits are supplied in a wooden box with users manual in built power supply.Our well qualified research team is constantly engaged in the fabrication of Educational Training Kits.These kits are designed and developed by our skilled professionals in compliance with international quality standards.
Pic Function Manual In BuiltFurther, the factor inputs we utilize to design these kits are sourced from reliable vendors of the market. Our offered range is available in various educational and physical specifications in order to meet the wide needs of clients. These are widely appreciated for optimum performance, premium quality, advanced methodology, and problem solving approach. We are currently involved in manufacturing Training Equipment for engineering colleges, polytechnics and other educational institutions. The external bypass capacitance must be high enough so that its impedance is at least ten- times lower than the UUT input impedance. Pic Function Generator Output VoltageFor some lab testing and scientific experiments, these commonly available functionsignal generator output voltage is about - 5V into a 50 ohm load. ![]() As shown the Figure 1 below, the function generator output is connected to the high- voltage amplifier input. By combining the signal generator and the amplifier it forms a high voltage function generator. This 50 ohm output resistance severely limits its output current to about 100mA. The TS250TS250 amplifiers has very low output resistance (50 mOhm). See the Selection Guide below for output current and voltage range. Using a waveform generator and an amplifier combination (Figure 1) offers flexible output powervoltagecurrent over a single unit high voltage signal generator for many bench testing applications. Very high current is sometimes necessary for some experiments such as driving magnetic coils. As shown in Figure 2 below, 2 or more TS200TS250 high- voltage amplifiers can be connected together to increase the output current. To connect amplifiers outputs together, small resistors are needed to isolate high- current amps from each other. Since the output is high current, the resistors must be rated for high power dissipation. In such applications, this requires high DC bias voltage, but low DC current. For example, in power supply ripple testing applications, the DC input may be up to 100V, but the input ripple voltage required for this test is only 1Vpp. The unit under test (UUT) has large input capacitance and at high frequency (100kHz), it will required - 6A current. To fulfill this requirement the function generator must be able to output 100V and 6A. You would need a signal generator that can output 600 watt power. Pic Function Series Connected WithAs depicted in Figure 3, the high- current driver amplifier is series connected with an isolated power supply. The TS250TS200 drivers negative terminal is connected to the system ground. The system GND node is in common with the function generator GND as well as the UUT ground. The AC waveform drivers positive terminal is connected the DC power supplys negative terminal. Lastly the DC power supplys positive terminal is connected to the unit- under- test (UUT). Multiple capacitors with various capacitance that are connected in parallels offer better frequency response. Using low ESL and ESR ceramic capacitors is the best, but a combination of tantalum, electrolytic, and ceramic capacitors are okay.
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