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Abstract: Application Note AN-489 M ULTIPLIER S E R IE S - PART I ANALYSIS AND BASIC OPERATION OF , characteristic of the device. A few basic applications are given to assist the designer in his system design. MOTOROLA S e m ic o n d u c to r Products inc. M O T O R O L A IN C . 1975 ANALYSIS AND BASIC OPERATION OF THE MC1595 modulated by one input and the other input modulates the width. The area o f the , device. This note will be concerned with an analysis o f the M CI595 CI595, the basic operating and design ... | OCR Scan |
16 pages, |
square-law application note AN489 MCI595 motorola AN261 MC1595 AN-489 motorola AN489 MC1595 AN-489 AN489 motorola AN489 TEXT |

Abstract: OPERATION AND APPLICATIONS INFORMATION THEORY OF OPERATION The MC1495 MC1495 is a monolithic, four-quadrant multiplier which operates on the principle of variable transconductance. A detailed theory of operation is covered in Application Note AN489, Analysis and Basic Operation of the MC1595. The result of this analysis , ) (4) Hence, the output voltage is the ratio of Vz to Vx and provides a divide function. This analysis , chosen. This takes best advantage of the dynamic range and insures linear operation in the Y-channel ... | OCR Scan |
15 pages, |
MC1495D OPERATIONAL MULTIPLIER motorola AN489 MC1595L Motorola MC1595D R2K DIODE AN489 MC1595 AC double voltmeter -AE make application note AN489 AN489 MC1495 MC1595L MC1495L AN489 MC1495 MC1595 MC1495/1595 TEXT |

Abstract: covered in Application Note AN489, Analysis and Basic Operation o f the MC1595. The result of this , OPERATION AND APPLICATIONS INFORMATION THEORY OF OPERATION The MC1495 MC1495 is a monolithic, four-quadrant , one side of the input amplifier to ``cutoff" and cause nonlinear operation. Current I3 and l-j3 are , the offsets and set the scale factor for the multiply mode of operation, (see Figure 21). 1. X-lnput , chosen. This takes best advantage of the dynamic range and insures linear operation in the Y-channel ... | OCR Scan |
15 pages, |
MC1495 AN489 MC1495 AN489 AN-489 MC1495 theory 1595L MC1595 1495L TEXT |

Abstract: ," EEE Magazine, Vol. 17, No. 5, May 1969. 5. "Analysis and Basic Operation of the MC1595," ON , constant current sources for the lower differential amplifier Q5Q6. The analysis of operation of the , . It is followed by an appendix containing a detailed mathematical ac and dc analysis of the device , frequency for single ended operation. The nulling circuit permits nulling of the LO signal and results in , been explored. The basic device characteristics of providing an output signal at the sum and ... | ON Semiconductor Original |
12 pages, |
"product detector" .wy transistor Transistor wy AN-489 high frequency mixer balanced modulator MC1496 AN-531 Product detector MC1496 MC1595 balanced modulator MC1496 theory AN531 MC1496 MC1496 application note AN531/D MC1496 AN489 AN531/D MC1496 application note AN489 AN531/D MC1496 AN531 MC1496 AN531/D MC1496 analog multiplier MC1496 AN531/D MC1496 AN531/D AN531/D MC1496 TEXT |

Abstract: AN489, Analysis and Basic Operation o l the MC1595. The result of this analysis is that the differential output current of the multiplier is given by: ia 3 dB Bandwidth and Phase Shift Bandwidth is prim , Exceeding this value will drive one side of the input am plifier to "c u to ff and cause nonlinear operation , 1C DEVICE DATA 1 1 -33 MC1495 MC1495 OPERATION AND APPLICATIONS INFORMATION Theory of Operation , error of 5%. - ib = a i =. 2 VXVV R x R y '3 where, Ia and Ib are the currents into Pins 14 and 2 ... | OCR Scan |
15 pages, |
MC1595 AN489 AM MODULATOR using multiplier IC AN-489 C1495 MC1495 TEXT |

Abstract: b le transconductance. A detailed theory of operation is covered in Application Note AN489, Analysis and Basic Operation of the MC1595. The result of this analysis is that the differential output current , DATA 11-33 MC1495 MC1495 O PERATIO N AND APP LIC A TIO N S INFORM ATIO N Theory of Operation The MC1495 MC1495 , offsets and set the scale factor for the multiply mode of operation, (see Figure 21). 1. X-lnput Offset (a , V x and provides a divide function. This analysis is, of course, the ideal condition. If the ... | OCR Scan |
15 pages, |
motorola AN489 MC1595 MC1495 TEXT |

Abstract: identical to the MCI595 MCI595 and is discussed in detail m Application Note AN-489. "Analysis and Basic Operation of the MC1595". The result of this analysis is that the differential output current of the multiplier , ) resistors, R (Figure 16) can be omitted. If the MC1594 MC1594 is used in an ac mode of operation and capacitive , voltage. As shown in Figure 15, the MC1594 MC1594 consists of a multiplier proper and associated peripheral , External Components For low frequency operation the circuit of Figure 16 is recommended For this circuit ... | OCR Scan |
14 pages, |
AN-489 cermet Potentiometers quality data MC1494 850 ohm potentiometer MCI594 motorola AN489 MCI595 MC1596 MC1596 frequency doubler circuit MC1494 equivalent AN489 MC1595 MC1494L MC1594/1494 MC1594 MC1594/1494 mc1594l MC1594/1494 AN-489 motorola MC1594/1494 MC1594/1494 MC1594/1494 TEXT |

Abstract: AN489, Analysis and Basic Operation of the MC1595, The result of this analysis is that the differential output current of the multiplier is given by: 1~-lB=Al=R3 where, 1A and IB are the currents into Pins , value of 1.0 kQ is chosen. This takes best advantage of the dynamic range and insures linear operation , of Operation o The MCI 495 is a monolithic, four-quadrant multiplier which operates on the , =+25°C and 113= 13= 1.0 mA, 3T=*T=52Q. ql13 q13 ~nearit~~~f maybe measured by either of the following ... | Motorola Original |
16 pages, |
AN-489 AN489 MC1595 MC1495 MC1495BP MC1495D MC1495P MC1595 mc14951 application note AN489 motorola AN489 AN489 MC1495/D TEXT |

Abstract: which operates on the principle of variable transconductance. A detailed theory of operation is covered in Application Note AN489, Analysis and Basic Operation of the MC1595. The result of this analysis , INFORMATION Theory of Operation be ignored. Figures 17 and 18 show the error expected from this source as a function of the values of RX and RY with an operating current of 1.0 mA in each side of the , and provides a divide function. This analysis is, of course, the ideal condition. If the multiplier ... | ON Semiconductor Original |
20 pages, |
MC1741C 2N2905A MC1495BP MC1495D MC1495P AN489 MC1595 AN489 MC1495 application note AN489 MC1495 equivalent AN489 MC1495 MC1595 TEXT |

Abstract: AN489, Analysis and Basic Operation of the MC1595. The result of this analysis is that the differential , the offsets and set the scale factor for the multiply mode of operation, (see Figure 21). 1. X-Input , VZ to VX and provides a divide function. This analysis is, of course, the ideal condition. If the , best advantage of the dynamic range and insures linear operation in the Y-channel. Since the X-input , Theory of Operation The MC1495 MC1495 is a monolithic, four-quadrant multiplier which operates on the ... | Motorola Original |
16 pages, |
MC1495 MC1495/D TEXT |

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Telephone Handset with DTMF Using the 68HC05F4 68HC05F4 AN489/D Analysis & Basic Oprtn of the MC1595 AN490/D AN490/D AN587/D AN587/D Analysis and Design of the Op Amp Current Source AN593/D AN593/D Broadband Linear Power Radios *AN956/D AN956/D The Operation and Application of the SMARTpower Overvoltage and TV On-Screen Display Using the MC68HC05T1 MC68HC05T1 AN434/D AN434/D Serial Bootstrap for the RAM and EEPROM1 of III Gates *AN527/D AN527/D Theory, Characteristics and Applications of the Programmable
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