RC4200M Fairchild Semiconductor, RC4200M Datasheet
RC4200M
Specifications of RC4200M
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RC4200M Summary of contents
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RC4200 Analog Multiplier Features • High accuracy • Nonlinearity – 0.1% Temperature coefficient – 0.005%/°C • Multiple functions • Multiply, divide, square, square root, RMS-to-DC conversion, AGC and modulate/demodulate • Wide bandwidth – 4 MHz • Signal-to-noise ratio – 94 ...
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... The duces a parabolic nonlinearity even with matched transistors simplified 3 Fairchild Semiconductor has developed a unique and propri- etary means of inherently compensating for this undesired I r term. Furthermore, this Fairchild Semiconductor devel oped circuit technique compensates linearity error over tem- perature changes ...
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PRODUCT SPECIFICATION Absolute Maximum Ratings Parameter 1 Supply Voltage Input Current Storage Temperature Range Operating Temperature Range Notes: 1. For a supply voltage greater than -22V, the absolute maximum input voltage is equal to the supply voltage. 2. Observe package ...
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RC4200 Electrical Characteristics (Over operating temperature range, V Parameters Test Conditlons Frequency Response, -3dB point Supply Voltage Supply Current +25°C A Notes: 1. Refer to Figure 6 for example. 2. The input circuits tend ...
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PRODUCT SPECIFICATION Voltage Multiplier/Divider RC4200 – ...
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RC4200 ---------------- - , R = ---------------- - , R = ---------------- - 200 A 200 A 250 REF R = ------------------------------------------------------------------------------- - a 250 A ...
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PRODUCT SPECIFICATION Extended Range Divider +V REF (Input RC4200 Multiplier ...
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RC4200 Divider Circuit with Offset Adjustment (Input R21 = R18 R19 R20 -V S R18-R21 can be used in place help ...
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PRODUCT SPECIFICATION Divider Circuit Offset Adjustment Procedure 1. Set each trimmer pot the wiper. 2. Connect V (input) to ground. Put a DC voltage of X approximatey 1/2 V (max the ...
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RC4200 Square Root Circuit Offset Adjust (Input R17 = R14 R15 R16 -V S R14-R17 can be used in place help reduce linearity ...
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PRODUCT SPECIFICATION 2 Squaring Circuits (Input REF REF 0 REF ------- - + ------------------------- + ------------- - = -------------------- - 2 ...
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RC4200 Squaring Circuits Offset Adjust (Input 10K 50K 100 ------ - ...
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PRODUCT SPECIFICATION Appendix 1—System Errors There are four types of accuracy errors which affect overall system performance. They are: • Nonimearity—Incremental deviation from absolute accuracy. See Note 1. • Scaling Error—Linear deviation from absolute accuracy. • Output Offset—Constant deviation from ...
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RC4200 Reducing Mismatch Errors You need not use 0.01% resistors to reduce resistor product mismatch errors. Here are a couple of ways to obtain maximum accuracy out of the extended range multiplier (see Figure 4) using 1% resistors. Method 1 ...
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PRODUCT SPECIFICATION Appendix 2—Applications Design Considerations for RMS-to-DC Circuits Average Value Consider V = Asin . By definition Where T = Period = ...
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RC4200 100K 100K 167K V 100K RC4200A Multiplier 50K 2 X 100K 1 50K 83.3K 0 *Determines sacle factor (K) for X function. **Determines sacle factor (K) for X function. ...
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PRODUCT SPECIFICATION 30K 10K 100 - SIN 30K 10K 100 - 30K R3 R3 30K 30K 1/4 RC4156 1N914 ...
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RC4200 Inputs 100 100 10K 0.005 ...
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PRODUCT SPECIFICATION 200 A ac 250 150 4200 250 -15V * Peak to Peak 250 250 A dc ...
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RC4200 300 250 200 150 100 1 100 150 200 Figure 19a. Output Noise Current (I vs. Input Currents ( for 250 200 150 100 ...
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PRODUCT SPECIFICATION Mechanical Dimensions 8-Lead SOIC Package Inches Millimeters Symbol Min. Max. Min. A .053 .069 1.35 A1 .004 .010 0.10 B .013 0.33 .020 C .008 .010 0.20 D .189 .197 4.80 E .150 .158 3.81 e .050 BSC ...
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RC4200 Mechanical Dimensions 8-Lead Plastic DIP Package Inches Millimeters Symbol Min. Max. Min. Max. A — .210 — 5.33 A1 .015 — .38 A2 .115 .195 2.93 4.95 B .014 .022 .36 B1 .045 .070 1.14 1.78 C .008 .015 ...
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... RC4200 Ordering Information Part Number RC4200N RC4200AN RC4200M RC4200AM DISCLAIMER FAIRCHILD SEMICONDUCTOR RESERVES THE RIGHT TO MAKE CHANGES WITHOUT FURTHER NOTICE TO ANY PRODUCTS HEREIN TO IMPROVE RELIABILITY, FUNCTION OR DESIGN. FAIRCHILD DOES NOT ASSUME ANY LIABILITY ARISING OUT OF THE APPLICATION OR USE OF ANY PRODUCT OR CIRCUIT DESCRIBED HEREIN; ...