A Compact Low Voltage CMOS Four-Quadrant Analog Multiplier
... modulator is shown in Fig. 5. A 0.4V, 25 kHz sinusoidal carrier signal V12 shown in Fig. 5(a) was multiplied by a 0.4V, 1 kHz sinusoidal modulating signal V34 shown in Fig. 5(b). A resulting waveform is shown in Fig. 5(c). Frequency response of the multiplier for various gains was set by sweeping V3 ...
... modulator is shown in Fig. 5. A 0.4V, 25 kHz sinusoidal carrier signal V12 shown in Fig. 5(a) was multiplied by a 0.4V, 1 kHz sinusoidal modulating signal V34 shown in Fig. 5(b). A resulting waveform is shown in Fig. 5(c). Frequency response of the multiplier for various gains was set by sweeping V3 ...
CS 110 – Lecture 2
... output for all possible inputs (note that this isn't how we usually specify functions – there is no way to enumerate all integers or reals, for example) A truth table for a circuit with N inputs and M outputs has 2N rows and M output columns. Two circuits compute the same function if they have the s ...
... output for all possible inputs (note that this isn't how we usually specify functions – there is no way to enumerate all integers or reals, for example) A truth table for a circuit with N inputs and M outputs has 2N rows and M output columns. Two circuits compute the same function if they have the s ...
MAX7031 Low-Cost, 308MHz, 315MHz, and 433.92MHz FSK Transceiver with Fractional-N PLL General Description
... designed to transmit and receive FSK data at factorypreset carrier frequencies of 308MHz †, 315MHz, or 433.92MHz with data rates up to 33kbps (Manchester encoded) or 66kbps (NRZ encoded). This device generates a typical output power of +10dBm into a 50Ω load, and exhibits typical sensitivity of -110 ...
... designed to transmit and receive FSK data at factorypreset carrier frequencies of 308MHz †, 315MHz, or 433.92MHz with data rates up to 33kbps (Manchester encoded) or 66kbps (NRZ encoded). This device generates a typical output power of +10dBm into a 50Ω load, and exhibits typical sensitivity of -110 ...
RCV420 - Texas Instruments
... within 0.01%; therefore, when adding parallel resistance to decrease gain, take care to match the parallel resistance on each sense resistor. To maintain high CMR when increasing the gain of the RCV420, keep the series resistance added to the feedback network as small as possible. Whether the Rcv Co ...
... within 0.01%; therefore, when adding parallel resistance to decrease gain, take care to match the parallel resistance on each sense resistor. To maintain high CMR when increasing the gain of the RCV420, keep the series resistance added to the feedback network as small as possible. Whether the Rcv Co ...
High Frequency Divider/PLL Synthesizer ADF4007 FEATURES
... can be used in a variety of communications applications. It can operate to 7.5 GHz on the RF side and to 120 MHz at the PFD. It consists of a low noise digital PFD (phase frequency detector), a precision charge pump, and a divider/prescaler. The divider/ prescaler value can be set by two external co ...
... can be used in a variety of communications applications. It can operate to 7.5 GHz on the RF side and to 120 MHz at the PFD. It consists of a low noise digital PFD (phase frequency detector), a precision charge pump, and a divider/prescaler. The divider/ prescaler value can be set by two external co ...
Signaling Technology
... contains emitter follower circuits in the output stage and CML does not. It results in the dc voltage level (common-mode dc voltage) of the ECL outputs to be lower than the CML outputs by approximately one diode voltage drop plus another 100mV to 200mV ...
... contains emitter follower circuits in the output stage and CML does not. It results in the dc voltage level (common-mode dc voltage) of the ECL outputs to be lower than the CML outputs by approximately one diode voltage drop plus another 100mV to 200mV ...
hamtronics® td-3 subaudible tone decoder module
... time does not load down the audio coming from those circuits. Normally, there will be a low-pass filter which allows the audio to be injected into the modulator while keeping the oscillator rf signal from getting out into the audio circuits. Once the mic gain control in the exciter is adjusted for p ...
... time does not load down the audio coming from those circuits. Normally, there will be a low-pass filter which allows the audio to be injected into the modulator while keeping the oscillator rf signal from getting out into the audio circuits. Once the mic gain control in the exciter is adjusted for p ...
Diodes
... (a) Begin with the capacitor disconnected. Observe the half-wave rectified pattern on the oscilloscope. Verify that the frequency of the pattern is 60 Hz. (b) Add the 10-µF capacitor, getting the polarity right, but remove the load resistor. Observe how the capacitor integrates the rectified power t ...
... (a) Begin with the capacitor disconnected. Observe the half-wave rectified pattern on the oscilloscope. Verify that the frequency of the pattern is 60 Hz. (b) Add the 10-µF capacitor, getting the polarity right, but remove the load resistor. Observe how the capacitor integrates the rectified power t ...
THE HANDYMAN`S GUIDE TO OSCILLOSCOPES
... A block diagram of a typical o-scope is shown in Fig. 1. The test probe usually plugs into the scope via a BNC connector, then passes through a switch to determine whether the input signal will be dc or ac coupled (to remove any dc component). Often this switch will have a "ground" position for sett ...
... A block diagram of a typical o-scope is shown in Fig. 1. The test probe usually plugs into the scope via a BNC connector, then passes through a switch to determine whether the input signal will be dc or ac coupled (to remove any dc component). Often this switch will have a "ground" position for sett ...
Operation Manual LDM-1000 LVDT/RVDT Signal Conditioning Module
... Note: Changing course gain settings (DIP switches) after this step may result in a zero shift. Should you find it necessary to change the gain, you should repeat steps 1 through 4. 5. Displace the core of the LVDT or rotate the RVDT shaft in a positive direction (increasing DC voltage between termin ...
... Note: Changing course gain settings (DIP switches) after this step may result in a zero shift. Should you find it necessary to change the gain, you should repeat steps 1 through 4. 5. Displace the core of the LVDT or rotate the RVDT shaft in a positive direction (increasing DC voltage between termin ...
Fan Performance Sensors
... interrupted for any reason, these FPS/LSWD systems allow for early warning and detection. Warning procedures can be activated including back-up cooling, visual or audible alarms, system shut down or other warnings. At the heart of the FPS is a Hall Effect device, which detects the presence of a spec ...
... interrupted for any reason, these FPS/LSWD systems allow for early warning and detection. Warning procedures can be activated including back-up cooling, visual or audible alarms, system shut down or other warnings. At the heart of the FPS is a Hall Effect device, which detects the presence of a spec ...
File - The Physics Doctor
... Uses of potential dividers We commonly replace one of the resistors with a semi conductor which is a material that changes resistance depending on a certain factor (e.g. LDR/thermistor/diode) Remember: semiconductors usually have a low density of free electrons but this increases when exposed to he ...
... Uses of potential dividers We commonly replace one of the resistors with a semi conductor which is a material that changes resistance depending on a certain factor (e.g. LDR/thermistor/diode) Remember: semiconductors usually have a low density of free electrons but this increases when exposed to he ...
SDA-2000 数据资料DataSheet下载
... VDD =8V). The DC connection for the upper device gates runs across the length of the die. Pads 2 and 5 are both on this DC connection but are on opposite ends of the die. The VG2 connection can therefore be placed on either pad. A bypass capacitor is recommended on both ends, pads 2 and 5. Not conne ...
... VDD =8V). The DC connection for the upper device gates runs across the length of the die. Pads 2 and 5 are both on this DC connection but are on opposite ends of the die. The VG2 connection can therefore be placed on either pad. A bypass capacitor is recommended on both ends, pads 2 and 5. Not conne ...
Audio power amplifiers
... The RS TDA 2004 is a Class B, dual, audio power amplifier in an 11 lead tab mounting plastic package. Each amplifier is capable of delivering up to 9W into a 4Ω load (17V supply, THD 10%). The two amplifiers may be operated as a stereo pair or connected in a bridge connection to increase power outpu ...
... The RS TDA 2004 is a Class B, dual, audio power amplifier in an 11 lead tab mounting plastic package. Each amplifier is capable of delivering up to 9W into a 4Ω load (17V supply, THD 10%). The two amplifiers may be operated as a stereo pair or connected in a bridge connection to increase power outpu ...
Noise Minimization in Electronic Circuitry
... The detection of small currents at low frequency is impaired by the scientist’s ability to reliably detect the signal above noise. Noise from circuit components and electronic pickup in a lab can bury valuable information in digitized buzz. Reducing noise in the frequency regime below 1 kHz is espec ...
... The detection of small currents at low frequency is impaired by the scientist’s ability to reliably detect the signal above noise. Noise from circuit components and electronic pickup in a lab can bury valuable information in digitized buzz. Reducing noise in the frequency regime below 1 kHz is espec ...
EVK 3505 User Guide
... In set up alternative 1, the tuning circuit is driven and controlled by dip switches D1 and D2. The other two switches in the array are not connected. Maximum current consumed by the tuning circuit is less than 2 mA when operating at 3 V. ...
... In set up alternative 1, the tuning circuit is driven and controlled by dip switches D1 and D2. The other two switches in the array are not connected. Maximum current consumed by the tuning circuit is less than 2 mA when operating at 3 V. ...
Programmable and Tunable Circuits for Flexible RF Front Ends Naveed Ahsan
... time, the German scientists Herbert Mataré and Heinrich Welker also invented a similar transistor [2]. A radio transceiver was successfully demonstrated using these transistors and later Mataré founded a company and launched first commercial radio product. In 1958, Jack Kilby and Robert Noyce develo ...
... time, the German scientists Herbert Mataré and Heinrich Welker also invented a similar transistor [2]. A radio transceiver was successfully demonstrated using these transistors and later Mataré founded a company and launched first commercial radio product. In 1958, Jack Kilby and Robert Noyce develo ...
to read Design Consideration
... desire immediately defined the minimum step size for the volume control at 0.5dB. With a 0.5dB step the channel balance can be altered in 1dB steps by incrementing one channel by 0.5dB and decrementing the other channel by the same amount. Thus keeping the total audio output unchanged. The final nee ...
... desire immediately defined the minimum step size for the volume control at 0.5dB. With a 0.5dB step the channel balance can be altered in 1dB steps by incrementing one channel by 0.5dB and decrementing the other channel by the same amount. Thus keeping the total audio output unchanged. The final nee ...
Regenerative circuit
The regenerative circuit (or regen) allows an electronic signal to be amplified many times by the same active device. It consists of an amplifying vacuum tube or transistor with its output connected to its input through a feedback loop, providing positive feedback. This circuit was widely used in radio receivers, called regenerative receivers, between 1915 and World War II. The regenerative receiver was invented in 1912 and patented in 1914 by American electrical engineer Edwin Armstrong when he was an undergraduate at Columbia University. Due partly to its tendency to radiate interference, by the 1930s the regenerative receiver was superseded by other receiver designs, the TRF and superheterodyne receivers and became obsolete, but regeneration (now called positive feedback) is widely used in other areas of electronics, such as in oscillators and active filters. A receiver circuit that used regeneration in a more complicated way to achieve even higher amplification, the superregenerative receiver, was invented by Armstrong in 1922. It was never widely used in general receivers, but due to its small parts count is used in a few specialized low data rate applications, such as garage door openers, wireless networking devices, walkie-talkies and toys.