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Part : BAND PASS FILTER Supplier : OMRON Manufacturer : Heilind Electronics Stock : - Best Price : - Price Each : -
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"Bandpass Filters" on MAX263

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: Plastic DIP 2% (Ordering Inlormetlon continued on Inl page.) â'¢ MAX263/264 packages are 28-pin 0.6 , , 1CLK/10 = 197.92 for MAX263/67 and 138.23 for MAX264/68, Filter Mode 1 "1" = V* and 0 = \T on F and Q , MAX263/67, and at 40.84, 43.98. 4712 53.41, 65.97, 91.11, and 138.23 on the MAX264/68. Note 2- Q , yuyjxiyu Pin Programmable Universal and Bandpass Filters _General Description The MAX263/264 , applications. Center frequency, Q, and operating mode are all selected via pin-strapped inputs. The MAX263/264 -
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circuit diagram for cd 6283 12 PIN circuit diagram for cd 6283 cd 6283 ic circuit diagram 4th-order switch-capacitor notch filter lm 703 op amp designs max263 MAX263/264 MAX267/268 MAX267/266 MAX264 128-S MAX264AEPI
Abstract: , fCLK/f0 = 197.92 for MAX263/67 and 138.23 for MAX264/68, Filter Mode 1, "1" = V* and "0" = V" on F and , ,103.67,106.81,113.1,125.66,150.8, and 197.92 on the MAX263/67, and at 40.84, 43.98, 47.12, 53.41, 65.97 , / Description The MAX263/264 and MAX267/268 CMOS switchedcapacitor active filters are designed for precision , . The MAX263/264 uses no external components for a variety of bandpass, lowpass, highpass, notch and , clock inputs for each filter half operate with either an external clock or a crystal. The MAX263 and 267 -
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CK 67A MAX264/268 MAX263ACPI MAX263B MAX267AMRG MAX267BMRG MAX268ACNG
Abstract: , 103.67, 106 81, 113.1, 125.66,150.8, and 197.92 on the MAX263/67, and at 40.84, 43.98, 47.12, 53.41 , MAX263/264 and MAX267/268 CMOS switched-capacitor active filters are designed for precision filtering applications. Center frequency, Q, and operating mode are all selected via pin-strapped inputs. The MAX263/264 , for each filter half operate with either an external clock or a crystal. The MAX263 and 267 operate , lower fcLK-'fo ratios. The MAX263/264 is supplied in 28 pin wide DIP and small outline packages while -
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cq 0765 rt cd 6283 cs HD 11310 60Hz-120Hz gi 9512 MAX298
Abstract: the MAX263/67, and at 138.23 on the MAX264/68. Note 2: Q accuracy tested at Q = 8, 32, and 64. Q of 32 , Description Features The MAX263/264 , . Center frequency, Q, and oper ating mode are all selected via pin-strapped inputs. The MAX263/264 uses no , filter half operate with either an external clock or a crystal. The MAX263 and 267 operate with center , ratios. The MAX263/264 is supplied in 28 pin wide DIP and small outline packages while the MAX267/268 is -
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filter max263 bandpass filter freq center 20MHz group MPR 55 F2-0 22 263/M 264/M 267/M
Abstract: MAX263/67, and at 138.23 on the MAX264/68. Note 2: Q accuracy tested at Q = 8, 32, and 64. Q of 32 and 64 , Description The MAX263/264 and MAX267/268 CMOS switched-capacitor active filters are designed for precision , . The MAX263/264 uses no external components for a variety of bandpass, lowpass, highpass, notch and , clock inputs for each filter half operate with either an external clock or a crystal. The MAX263 and , by employing lower fcu -
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lt 8219 bandpass filter f center 20MHz group 1XLA max 274 60Hz notch filter design moap j 5027
Abstract: ,150.8, and 197.92 on the MAX263/67, and at 40.84, 43.98, 47.12, 53.41, 65.97, 91.11, and 138.23 on the , 197.92 for MAX263/67 and 138.23 for MAX264/68, Filler Mode 1, "1" = V* and â'0â' = V" on F and Q , Pin Programmable Universal and Bandpass Filters The MAX263/264 and MAX267/268 CMOS , ­ ating mode are all selected via pin-strapped inputs. The MAX263/264 uses no external components for a , external dock or a crystal. Ordering Information PART The MAX263 and 267 operate with center -
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MAX267AENG MAX267BENG MAX267ACWG MAX267BCWG MAX268BCNG MAX268AENG
Abstract: MAX263/67, and at 138.23 on the M A X 264/68. Q accuracy tested at Q = 8, 32, and 64. Q of 32 and 64 , Description The MAX263/264 and MAX267/268 C M O S switchedcapacitor active filters are designed for precision , . The MAX263/264 uses no external components for a variety of bandpass, lowpass, highpass, notch and , clock inputs for each filter half operate with either an external clock or a crystal. The MAX263 and 267 , employing lower fcLK/fo ratios. The MAX263/264 is supplied in 28 pin wide DIP and small outline packages -
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4th-order active bandpass filter Avionics Instruments ic 7850 X264/M X267/M
Abstract: = 197.92 for MAX263/67 and 138.23 for MAX264/68, Filter Mode 1, "1â' = V* and â'0â' = V on F and , fcLK/fo accuracy is tested at 197.92 on the MAX263/67, and at 138.23 on the MAX264/68. â¡ accuracy , efer to th e device data sheets fo r fu rth e r details on those products. 7 MAX263/M AX264/M A , Processing * MAX263/264 packages are 28-pin 0.6â' wide DIP and 28-pin 0.3" wide SO (Small Outline). V , _ Pin Configuration TOP VIEWS x i'i. / J X iy i/ i MAX263 in« IT HJlpb I ^ bpb lpa -
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AX264/268 AX263 AX264 X263/264 AX267/268 MAX263BCPI
Abstract: 197.92 on the MAX263/67, and at 138.23 on the MAX264/68 Note 2: Q accuracy tested at Q « 8, 32, and 64. Q , - Feature* M A X 2 6 3 /M A X 2 6 4 /M A X 2 6 7 /M A X 2 6 8 The MAX263/264 and MAX267/268 , frequency, Q, and oper ating mode are all selected via pin-strapped Inputs. The MAX263/264 uses no external , with either an external clock or a crystal. The MAX263 and 267 operate with center frequencies up to , MAX263/264 is supplied in 28 pin wide DIP and small outline packages while the MAX267/268 is supplied in -
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53f1 40HZ-1 91429 at 42 qt 1010 HP nc 8430 AX264/266 0X114
Abstract: COMPANY MEMBERS MAX263 Part Number Table Notes: 1. See the MAX263 QuickView Data Sheet for further information on this product family or download the MAX263 full data sheet (PDF, 2.6MB). 2. Other options and , Information PDIPN.EPS MAX263/MAX264/MAX267/MAX268 PDIPW.EPS 23 Pin Programmable Universal and Bandpass Filters MAX263/MAX264/MAX267/MAX268 , full data sheet or Part Naming C onventions. 5. * Some packages have variations, listed on the drawing Maxim Integrated Products
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MAX263/MAX264/MAX267/MAX268 MAX263BC MAX263BEWI 21-0042B W28-5 MAX263AEWI
Abstract: is tested at 199.49 on the MAX260/MAX261, and at 139.8 on the MAX262. Note 2: Q accuracy tested at Q , current is typically 4mA higher with TTL logic and clock input levels. Note 6: On the MAX260 only, the HP , uncommitted op amp on MAX261/ MAX262 only. Pin 2 is a noconnect on the MAX260. Inverting input of uncommitted op amp on MAX261/ MAX262 only (noninverting input is internally connected to ground). Pin 4 is a noconnect on the MAX260. V 18 17 GND 11 11 CLKA 2 OP OUT 12 12 CLKB 8 Maxim Integrated Products
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LT1062 MAX260/MAX261/MAX262 MAX261 W24-3 MAX260BC MAX260AC MAX260BEWG
Abstract: 199.49 on the MAX260/MAX261, and at 139.8 on the MAX262. Note 2: Q accuracy tested at Q = 8, 32, and 64 , typically 4mA higher with TTL logic and clock input levels. Note 6: On the MAX260 only, the HP output , uncommitted op amp on MAX261/ MAX262 only. Pin 2 is a noconnect on the MAX260. Inverting input of uncommitted op amp on MAX261/ MAX262 only (noninverting input is internally connected to ground). Pin 4 is a noconnect on the MAX260 Maxim Integrated Products
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MAX260ACNG MAX260BCNG MAX260AENG MAX260BENG MAX260ACWG MAX260BCWG 1Hz-500kHz 1-85 bpa design max263
Abstract: DIP 1% * AII devicesâ'"24-pin packages 0.3" wide packages Ordering Information Continued on Last Page , on the MAX260/61, and at 40.84, 43.98, 47.12, 53.41, 65.97, 91.11, and 139.8 on the MAX262. Note 2 , input levels. Note 6: On the MAX260 only, the HP output signal swing is typically 0.75V less than the , inputs for f0 and Q programming 2 OP OUT Output of uncommitted op-amp on MAX261/62 only. Pin 2 is a no-connect on the MAX260 4 OP IN Inverting input of uncommitted op-amp on MAX261/ 62 only (Non-inverting -
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MX 0842 MX 0541 q1kf 1Hz-425kHz maxim 3221 MAX260AMRG MAX260/261/262 MAX261BCNG MAX261AENG MAX261BENG MAX261ACWG MAX261BCWG
Abstract: packages Ordering Inform ation Continued on Last Page Pin Configuration Top View Functional Diagram , 100.53,103.67, 106.81,113.1, 125.66, 150.8, and 199.49 on the MAX260/61, and at 40.84, 43.98, 47.12, 53.41, 65.97, 91.11, and 139.8 on the MAX262. Q accuracy tested at Q = 0.5, 1, 2, 4, 8, 16, 32, and 64 O , typ ica lly 4m A h ig h e r w ith T T L logic and clock input levels. On the MAX260 only, the HP o utp , fo r f0 and Q program m ing Output of uncommitted opamp on MAX261/62 only. Pin 2 is a n o-co n n ect -
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MAX 8997 D 4555 MAX261AMRG WAX261BMRG MAX262ACNG MAX262BCNG MAX262AENG MAX262BENG
Abstract: devicesâ'"24-pin packages 0.3" wide packages Ordering Information Continued on Last Page Ì iS 0) § 0 , , 113.1, 125.66, 150.8, and 199.49 on the MAX260/61, and at 40.84, 43.98, 47.12, 53.41, 65.97, 91.11, and 139.8 on the MAX262. Note 2: Q accuracy tested at Q = 0.5, 1, 2, 4, 8, 16, 32, and 64. Q of 32 and 64 , logic and clock input levels. Note 6: On the MAX260 only, the HP output signal swing is typically 0.75V , 20,6 19,6 d0,d1 Data inputs for f0 and Q programming 2 op out Output of uncommitted op-amp on -
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10Hz-60kHz rc bandpass filter ir 10681 123//V 87//V MAX261BMRG MAX262ACWG MAX262BCWG MAX262AMRG
Abstract: O rdering Inform ation C o ntinued on Last Page Pin Configuration Top View Functional Diagram , 100.53, 103.67,106.81, 113.1, 125.66, 150.8, and 199.49 on the MAX260/61. and at 40.84,43.98, 47.12, 53.41, 65.97, 91.11, and 139.8 on the MAX262. Note 2: Q accuracy tested at Q = 0.5, 1, 2, 4, 8, 16, 32 , typically 4mA higher with TTL logic and clock input levels. Note 6: On the MAX260 only, the HP output signal , on MAX261/62 only. Pin 2 is a no-connect on the MAX260 Inverting input of uncom mitted op-amp on -
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ic MAX 8997 MAX260/26V262 AX262 MAX281BCNG MAX262BMRG 1256C MAX2G1/62
Abstract: DIP 1% * AII devicesâ'"24-pin packages 0.3" wide packages Ordering Information Continued on Last Page , on the MAX260/61, and at 40.84, 43.98, 47.12, 53.41, 65.97, 91.11, and 139.8 on the MAX262. Note 2 , input levels. Note 6: On the MAX260 only, the HP output signal swing is typically 0.75V less than the , inputs for f0 and Q programming 2 OP OUT Output of uncommitted op-amp on MAX261/62 only. Pin 2 is a no-connect on the MAX260 4 OP IN Inverting input of uncommitted op-amp on MAX261/ 62 only (Non-inverting -
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mx 0541 b
Abstract: " wide packages Ordering Inform ation Continued on Last Page Signal Analysis Pin Configuration , on the MAX260/61, and at 40.84, 43.98, 4712, 53.41, 65.97, 91.11, and 139.8 on the MAX262. Note 2 , input levels. Note 6: On the MAX260 only, the HP output signal swing is typically 0.75V less than the , D0.D1 Data inputs for f0 and Q programming 2 OP OUT Output of uncommitted opamp on MAX261/62 only. Pin 2 is a no-connect on the MAX260 4 OP IN Inverting input of uncom­ mitted -
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Abstract: is tested at 199.49 on the MAX260/MAX261, and at 139.8 on the MAX262. Note 2: Q accuracy tested at Q , current is typically 4mA higher with TTL logic and clock input levels. Note 6: On the MAX260 only, the HP , on MAX261/ MAX262 only. Pin 2 is a noconnect on the MAX260. Inverting input of uncommitted op amp on MAX261/ MAX262 only (noninverting input is internally connected to ground). Pin 4 is a noconnect on the MAX260 Maxim Integrated Products
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MAX261/MAX262
Abstract: devices-24-pin packages 0.3" wide packages O rdering Inform ation C o ntinued on Last Page Pin , on the MAX260/61, and at 40.84, 43.98, 47.12, 53.41, 65.97, 91.11, and 139.8 on the MAX262. Q , 0V. Power supply current is typically 4m A higher with T T L logic and clock input levels. On the M , locations Data inputs for f0 and Q programming Output of uncommitted opamp on M AX261/62 only. Pin 2 is a no-connect on the MAX260 Inverting input of uncom mitted op-amp on MAX261/ 62 only (Non-inverting in put is -
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transistor sk fn 1016 Z12-M 32/E2 20-PIN
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