mlt04 Analog Devices, Inc., mlt04 Datasheet
mlt04
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mlt04 Summary of contents
Page 1
... THD + Noise performance of 0.02% (LPF = 22 kHz) for the lower distortion Y channel. The four 8 MHz channels consume a total of 150 mW of quiescent power. The MLT04 is available in 18-pin plastic DIP, and SOIC-18 surface mount packages. All parts are offered in the extended industrial temperature range (– +85 C). ...
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... C to +85 C MLT04GP +150 C MLT04GS – +150 C MLT04GS-REEL +300 C MLT04GBC (T max– *For die specifications contact your local Analog sales office. The MLT04 74 C/W contains 211 transistors. 89 C/W –2– +25 C unless otherwise noted Min Typ Max Units – ...
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... Figure 5. The output stages idles at 200 A, and the resistors in series with the emitters of the output stage are 25 . The output stage can drive load capacitances up to 500 pF without oscillation. For loads greater than 500 pF, the outputs of the MLT04 should be isolated from the load capacitance with a 100 25 25 Figure 5 ...
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... It is expressed as a percentage of full scale with all other dc errors nulled. Typical X- and Y-input nonlinearities for the MLT04 are shown in Figures 9 through 12. Worst-case X-input nonlinearity measured less than 0.2%, and Y-input nonlinearity measured better than 0.06%. For ...
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... TIME = 10ms/DIV Figure 14. Broadband Noise 10000 1000 100 0 10 100 1k 10k FREQUENCY – Hz Figure 15. Noise Density vs. Frequency REV. B Typical Performance Characteristics – MLT04 –3 –6 –9 –12 10k Figure 16. X-Input Gain and Phase vs. Frequency +25°C 0 – ...
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... MLT04 – Typical Performance Characteristics ±5V S ° +25 C – – –60 –80 –100 1k 10k 100k FREQUENCY – Hz Figure 19. Feedthrough vs. Frequency 0 –20 –40 –60 –80 –100 –120 1k 10k 100k FREQUENCY – Hz Figure 20. Crosstalk vs. Frequency 2.0 1.5 1 100mV RMS X = 2.5VDC 0.5 0 –0 100mV RMS ...
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... V = ± 100mV 4 +2.5V Y 3.5 75 3.0 2.5 70 2.0 1.5 65 1.0 0 100 125 ° C Figure 31. Maximum Output Swing vs. Resistive Load –7– MLT04 V = ± +2. 100mV Y –3dB BW PHASE @ –3dB BW 0 –50 – 100 ° TEMPERATURE – DISTORTION ...
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... MLT04 300 SS = 1000 MULTIPLIERS 250 200 ±2.5V OS 150 100 50 0 –12.5 –10 –7.5 –5 –2.5 0 2.5 OFFSET VOLTAGE – mV Figure 32. Offset Voltage Distribution ±2. – ±2.5V OS –4 –6 –75 –50 – ° TEMPERATURE – C Figure 33. Offset Voltage vs. Temperature ...
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... Figure 42. Scale Factor (K) Distribution Acceler- ated by Burn- –3 1000 ° C –9– MLT04 –3 200 400 600 800 1000 ° HOURS OF OPERATION AT +125 C ) Distribution –3 200 400 ...
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... MLT04 APPLICATIONS The MLT04 is well suited for such applications as modulation/ demodulation, automatic gain control, power measurement, analog computation, voltage-controlled amplifiers, frequency doublers, and geometry correction in CRT displays. Multiplier Connections Figure 43 llustrates the basic connections for multiplication. Each of the four independent multipliers has single-ended voltage inputs (X, Y) and a low impedance voltage output (W) ...
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... MLT04’s 8 MHz bandwidth. Connection for Square Rooting Another application of the “inverted multiplier” configuration is the square-root function. As shown in Figure 48, both inputs of the MLT04 are wired together and are used as the output of the circuit. Because the circuit configuration exhibits the following generalized transfer function ...
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... MLT04 then the output of the circuit has a pole at frequencies from 1 kHz to 100 kHz for V ranging from 2.5 V. The performance X of this low-pass filter is illustrated in Figure 20 0.025V 0.25V 2.5V – – 20 – 100 1k 10k 100k FREQUENCY – Hz Figure 50 ...