! "!##! $ %! & '% * &! & > ::: <? > 1"+ > &/< >! > ISD
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- Μέντωρ Ελευθερόπουλος
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1 !"#! "!##! $! & ' ( ) $ * & ' ( ) $ + + ') $, ' ) $,- '). /"/ &&! 0 ' ). 1"+ '). ' ). " ' ). # * '* ).! ' 0).! ' ) '5 6) 3 - & '7/) 3 4 '05 ) 3 && & '4 4) : ; &&!! 9 ; -& 9 $;0& 9. ; &&!! 9 3 ; &1 &&! 9 8; / ; &/< 9 '0) = ') = '0) = * &! & > ::: <? > 1"+ > &/< >! > ISD
2 * AB * 0 ' 6* ).? AB * 0 ') = 0B/<0 * * $$ B? $. * $@ Voice Solutions in Silicon
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
4 Single-Chip Voice Record/Playback Devices 3-, 40-, 48-, and 64-Second Durations!" "#! 1& $8:: / & 1&!/F( &!/,- && ".$/ 93/& #&&!! & 1& / / &( # #/ "( #! ( &! "( &#! "( &- #"(! / & #/1 &! ( $8:: & # #,( +! #4 #&&!! &&!, 1!& & / 1 ## &( 1! G/+ #&&! &! & F( &!/ & & # &&,! & #1 &!! &!& & ## "#( 1!!/F( &/& 1 Figure i: ISD53/40/48/64 Device Block Diagram ISD APRIL 1998 i
5 ISD53/40/48/64 Products FATURS asy-to-use single-chip voice record/ playback solution High-quality, natural voice/audio reproduction Manual switch or microcontroller compatible Playback can be edge- or level-activated Single-chip durations of 3, 40, 48, 64 seconds Directly cascadable for longer durations Automatic power-down (push-button mode) Standby current 1 µa (typical) Zero-power message storage liminates battery backup circuits Fully addressable to handle multiple messages 100-year message retention (typical) 100,000 record cycles (typical) On-chip clock source Programmer support for play-only applications Single +5 volt power supply Available in die form, DIP, and TSOP packaging Table i: ISD53/40/48/64 Product Summary Part Number Duration (Seconds) Input Sample Rate (KHz) Typical Filter Pass Band (KHz) ISD ISD ISD ISD ii Voice Solutions in Silicon
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oice Solutions in Silicon
7 Figure 1: ISD53/40/48/64 Device Pinouts " &"!'& & ( ##G &(!! & $8:: && 1& & & +,&&& & 1!,&&&,! & & &,! & & & & &&, ( & && &, & & -! & &&, "'& & ( $8:: && " 1& G& & /!!!,&&& & & &, &! +/#/ + &! ")")'( A!!,-( &, B*B # '& &") A 1"+ ') && A " 1"+ / ( &,,! B*B & / &&,-,!! ",- & & "/ 9 '&/<) &, &!'( & - A,,- & && &,- '), "/!! " & " 9 '&/<) / &, & Voice Solutions in Silicon
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Ω && & ( / #& +/"F "" " $8:: &/ & &&, & "# " "# +/"F "" ""'( & 1! #/ #" & 1& &//! ##/# M 1 + "" #/ """!'( * # M&&! " #" #& " +! " # 1& * +& "! " +&& &&, + ## & K-L # & / #, # & " 8 6Ω / && 4 ' $ &#! >) "# *!! K&L # & #, # & " 4 && '$) 4 ' $) /,+ *!! # 1& " 3=: 6Ω 3= D!1 &&" && #& &&!""'"( & 1& #" &/ 1!! " #" & / #, 1! 1 * ISD 3
9 !"'(! &"& & &! "! # &( 0 &, 1 4 / & 1(!/ +.: 6Ω # " ( & &!1 "" +/"/ F " 1 &&, " & & 1 "# & #/ ( &!, "( 1 / (,!!"*',!*( 4 - " $8:: 1& & /+ 1 & 1& "! " + &#/! - "F N " &" "F & # 1 " N$$8 1 #/ # #! 1!!/ & - & N8 1 & # 1!!! + & & ##/ " & #! & "!/ & & F( 1, -! 5 6 & "+&C Table 1: Part Number xternal Clock Sample Rates Sample Rate Required Clock & ## - & &, 1,& &! &#! "& "4( &!,#& " &# ""& "# ## - & ( & - & ## 1, + *"'-+( 1& $8:: && / "" &- 1(, " 1! 8: #A 9 Ω "# 05 '$$ #A "# ##) &- & 1&! + + & " &&/, &- & " # $8:: 1& & " &- 1& NOT &! #, & '!!,+ &-) & & #, & 1 + &! - "# 0&! "" & && 3 #1/ # + NOT,!$',( 4 & #4! #" &- & + & B*B( & B*B(,- & 1 " 1 &,- 1"+ A &! # $8:: 1&( 05 & &,- &! "# "+! 1 1& &- 1& & &&( & &!/!& 4, 1 + &! & 1 4 Voice Solutions in Silicon
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able : Operational Modes Mode Control Function Typical Use Jointly Compatible (1)!"!# $! $ & & ' ()!*! + ()!*! $ # $ ' & & &, --'.' /!0#, '5.*! ##! & & 4 0 ##! /!#1-'5 '-' 0 & & 4( '0'0# '' " - & & & +$.! ' -'# #0! & & ISD 5
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able 3: Pin Name Alternate Functionality in Pins Alternate Functionality in Push-Button Mode 4(!1+ +$6 73)8 -'0#9 + -1/ +$6 7: -' 0#9 () 0: / #! 6 Voice Solutions in Silicon
12 '( &/< ( & & A/!! &/1 0 &! " &!&&( A/!! & & &! +,-! 1 &,&F & (," &,- 1"+ &( + & 1 & / && & &( & + & 1 "# + +& & '"( &/, ( & & B*B/!! &/1 &! A,- &!&& B*B/!! & &,&1 ( & # && / & & && :(,!! " #&/ &! & "'( &/< (,#& 1/B*B 0 &! +, & & B*B +1,- &!&& 1. &, A( & &! /+ &&. & - A 3. & & A! &&(!& B*B!&& 4. & & A! &/ &(!&,- A / && & (, #- & & ## #&&! #, - B*B & # &,&F + &,- && : 5. & & A! && 4 && " 1& & #-!&,- B*B NOT! " # $ 6. A! &F& "&( " & A + & ( 1! & #- #&&!! # &, #, B*B 1 ( & #-! 1. &, A. & - B*B 3. & & A,- &&(!& B*B!&& 4. " & & A #-/ &! ( + & && / & (!&,- A #,! & # &,&F + & && &! +,! +,- 5. &! & A,- && + " ""( +!! B*B /!&& 6.,- & & && 3 8 & & B*B 1"+ & 7. " 1"+(! A + & && &,- "#,!! " &( & & && : NOT &# # &! ' ( ISD 7
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oice Solutions in Silicon
14 Figure : Record Figure 3: Playback ISD 9
15 ISD53/40/48/64 Products Table 4: Absolute Maximum Ratings (Packaged Parts) (1) Table 5: Operating Conditions (Packaged Parts) Condition Value Condition Value Junction temperature 150 C Storage temperature range Voltage applied to any pin Voltage applied to any pin (Input current limited to ±0 ma) 65 C to +150 C (V SS 0.3 V) to (V CC V) (V SS 1.0 V) to (V CC V) Commercial operating temperature range (1) Industrial operating temperature range (1) Supply voltage (V CC ) () Ground voltage (V SS ) (3) 0 C to +70 C +4.5 V to +5.5 V 0 V Lead temperature (soldering 10 seconds) V CC V SS 300 C 0.3 V to +7.0 V 1. Case temperature.. V CC = V CCA = V CCD. 3. V SS = V SSA = V SSD. 4. Consult factory. 1. Stresses above those listed may cause permanent damage to the device. xposure to the absolute maximum ratings may affect device reliability. Functional operation is not implied at these conditions. Table 6: DC Parameters (Packaged Parts) Symbol Parameters Min () Typ (1) Max () Units Conditions V IL Input Low Voltage 0.8 V V IH Input High Voltage.0 V V OL Output Low Voltage 0.4 V I OL = 4.0 ma V OH Output High Voltage V CC 0.4 V I OH = 10 µa V OH1 OVF Output High Voltage.4 V I OH = 1.6 ma V OH OM Output High Voltage V CC 1.0 V CC 0.8 V I OH = 3. ma I CC V CC Current (Operating) 5 30 ma R XT = (3) I SB V CC Current (Standby) 1 10 µa (3) I IL Input Leakage Current ±1 µa I ILPD Input Current HIGH w/pull Down 130 µa Force V CC (4) R XT Output Load Impedance 16 Ω Speaker Load R MIC Preamp In Input Resistance KΩ MIC and MIC RF Pins R AUX AUX INPUT Resistance KΩ R ANA IN ANA IN Input Resistance KΩ A PR1 Preamp Gain db AGC = 0.0 V 10 Voice Solutions in Silicon
16 Table 6: DC Parameters (Packaged Parts) Symbol Parameters Min () Typ (1) Max () Units Conditions +!- : = #6 :4 A? CD,1+> :?1?,, +>1= : #6 / :4 )- / Ω " # "! $& ' ( ) * +, -''./0 Table 7: AC Parameters (Packaged Parts) Symbol Characteristic Min () Typ (1) Max () Units Conditions -'!F5 '! + 6# #6 / '') + #6 / '') + #6 / '') + #6 / '') + /!#! 4( +' 8#$ 4! '1##! - 4! '1##! '# + "!C- '5 + +' 8#$ 7!!#9 ISD 11
17 Table 7: AC Parameters (Packaged Parts) Symbol Characteristic Min () Typ (1) Max () Units Conditions + +' 8#$ 7-'59 + +' 8#$ 79 + "! " '# () +' 8#$ )0!' " +' 8#$ B '!! G H + -*! )- + "! 8 / AΩ?? '! -*! +? -=- / A Ω? 4 -? '? +* +*!?,, -? '? +* +*? I -? '? +* +*J / AΩ " # "! $& ' ( ) * +, -'' /1 3 4 * 5 (6.,7 (,(, ' 18 4! -$$ Ω (,(, " 8 : * ;$$ ; 8 : * 5 "8 8 < = 1 Voice Solutions in Silicon
18 $!&")&"! Chart 1: Record Mode Operating Current (I CC ) Chart 3: Standby Current (I SB ) $8 =: >8? '? '? '? ' Chart : Total Harmonic Distortion Chart 4: Oscillator Stability $8 =: >8? '? '? '? ' ISD 13
19 Table 8: Absolute Maximum Ratings (Die) (1) Table 9: Operating Conditions (Die) Condition Value Condition Value ; -!! <4! -!!! =<4 > <4? ' --'# 5 -# 7? =?9 7? >?9? ' --'# 5 -# 7-!! '# > 9 7? =?9 7? >?9? =? =? >? 4!' -! -!!!!!!! < 4 > <4 --'5 0 ' 7? 9 >? >? :! # 0 ' 7? 9? Table 10: DC Parameters (Die) Symbol Parameters Min () Typ (1) Max () Units Conditions? - 3 "? '?? - $? '?? )- 3 "? '? A? )- $? '? =? A = B? )? )- $? '? A =? () )- $? '? =? =? A=? 4!! 7)-!9 / A? 4!! 7#.59 B - 3* B - 4!! : "1+'' " B!? / )- 3 # -# Ω -*! 3 # / +!- - / Ω 4 # 4 /( +# / CD, - / Ω /,, - / Ω +!- : #6 :4 A? +!- : = #6 :4 A? 14 Voice Solutions in Silicon
20 Table 10: DC Parameters (Die) Symbol Parameters Min () Typ (1) Max () Units Conditions CD,1+> :?1?,, +>1 : #6 / :4 )- / Ω " # "! $& ' ( ) * +, -''./0 > Table 11: AC Parameters (Die) Symbol Characteristic Min () Typ (1) Max () Units Conditions -'!F5 '! + 6# #6 / '') + #6 / '') + #6 / '') + #6 / '') + /!#! +'5.*! 4( +' 8#$ 4! '1##! - 4! '1##! '# + "!C- '5 + +' 8#$ /!# ISD 15
21 Table 11: AC Parameters (Die) Symbol Characteristic Min () Typ (1) Max () Units Conditions + +' 8#$ +'5 + +' 8#$ + "! " '# () +' 8#$ )0!' " +' 8#$ B '!! G H + -*! )- + "! 8 / AΩ?? '! -*! +? -=- / A Ω? 4 -? '? +* +*!?,, -? '? +* +*? I -? '? +* +*J / AΩ " # "! $& ' ( ) * +, -'' /1 3 4 * 5 (6.,7 (,(, ' 18 4! -$$ Ω (,(, " 8 : * ;$$ 8 : * 5 "8 8 < = 16 Voice Solutions in Silicon
22 $!&")&"! Chart 5: Record Mode Operating Current (I CC ) Chart 7: Standby Current (I SB )? '? '? '? '? '? ' Chart 6: Total Harmonic Distortion Chart 8: Oscillator Stability? '? '? '? '? '? ' ISD 17
23 Figure 4: ISD500 Application xample Design Schematic 8 -? 34*4 : ? ( 8 ( Table 1: Application xample Basic Device Control Control Step Function Action + "! - $- # ' /!#1+'5.* # + A 3)8& +1/ A#!# ##!!!!#1-'5.* ##! = 6 -'5.* +1/ A :& 4( A +'# 3)8 6 6!!# +1/ A 3)8& 4( A3)8 6 (# -'5.* (#!!# +! 4( A : 18 Voice Solutions in Silicon
24 Table 13: Application xample Passive Component Functions Part Function Comments /! -$ - "! --'5 # -' /# - "! --'5 / /'!'! :4 /& /! -$.!! +! 0#.!! -$ -! /! '!! /# '0' -!0 #! $$! --'5 0 ' /! '!! /# '0' $$ --'5 0 ' 4& 4! -$ 4=.' * -! 3 "!F5 -'! -$.! $- +! 0# ' - ' ' "!F5 # #!K 4 *1/' *1!'! :4 4 3 "!F5 -! +! 0# ## ' - '! ' "!F5 4! -$ - "! --'5 # -' /# - "! --'5 4& 4& 4 + "! --'5 -! '! #.5- - "! --'5,!" & &#",-!# " # ( &/< #&&!! & # & 9/ 1& +! & ",&( ( $8:: && 1 &"+, + &,&C " ( " #&&! & </ & # &!,/ & ##! $8:: 1( &"+, + " "& & NOT *+ # ) #. ISD 19
25 Figure 5: ISD53/40/48/64 Application xample Microcontroller/ISD500 Interface Figure 6: ISD53/40/48/64 Application xample Push-Button 4 ( 0 Voice Solutions in Silicon
26 Table 14: Application xample Push-Button Control Control Step Function Action ' /!#1+'5.* # +1/ A #!# 6 6 -'5.* 6!!# +1/ A :& 4( A +'# 3)8 +1/ A 3)8& 4( A +'# 3)8 +!!#! -'5.* 4( A +'# 3)8 6 (# -'5.* (#!!# ()!*!! + A +'# : + A +'# : Table 15: Application xample Passive Component Functions Part Function Comments / /'!'! :4 /! '!! /# '0' -!0 #! $$! --'5 0 ' /& / +''- # -''# "!! - 4& 4& 4 + "! --'5 -! '! #.5- - "! --'5 4 *1/' *1!'! :4 4 3 "!F5 -! +! 0# ## ' - '! ' "!F5 Table 16: Push-Button Parameters Symbol Characteristic Min Typ (1) Max Units Conditions 4( +' 8#$ L!1+M 4! '1##! - + "!C- '5 + +' 8#$ L -1/M 4( () : 4( () 3)8 4( :. ISD 1
27 + " Figure 7: Push-Button Mode Record Figure 8: Push-Button Mode Playback (?8 (<! - 1 " /9 " 1 " " ABA " + " / (8 ABA " ABA " " /9 8 8 C ( 8 ABA 4* 8 8 Voice Solutions in Silicon
28 $!" Figure 9: 8-Lead 8x13.4mm Plastic Thin Small Outline Package (TSOP) Type I () Table 17: Plastic Thin Small Outline Package (TSOP) Type I () Dimensions INCHS MILLIMTRS Min Nom Max Min Nom Max 6 4 ( : < < < < < < ; / '''D ISD 3
29 Figure 10: 8-Lead Inch Plastic Dual Inline Package (PDIP) (P) Table 18: Plastic Dual Inline Package (PDIP) (P) Dimensions INCHS MILLIMTRS Min Nom Max Min Nom Max ( : ; F < < < < 4 Voice Solutions in Silicon
30 Figure 11: 8-Lead Inch Plastic Small Outline Integrated Circuit (SOIC) (S) Table 19: Plastic Small Outline Integrated Circuit (SOIC) (S) Dimensions INCHS MILLIMTR Min Nom Max Min Nom Max 6 4 ( : / '''D ISD 5
31 Figure 1: 3-Lead 8x0mm Plastic Thin Small Outline Package (TSOP) Type I (T) Table 0: Plastic Thin Small Outline Package (TSOP) Type I (T) Dimensions INCHS MILLIMTRS Min Nom Max Min Max 6 4 ( : < < < < < < ; / '''$ 6 Voice Solutions in Silicon
32 Figure 13: ISD53/40/48/64 Products Bonding Physical Layout (Unpackaged Die) 1? +1/ D43 () + $8.$3:3>93 I. #&& 5C 3@9 N #&?C $:9. N #& 4( )? II. III. -&& > N3 #&! #& '33 #&) "#$&$'()'(*'+(,4, )C,, CD,? +> += :4?? 44 /( " : * : 8 * ISD 7
33 Table 1: ISD53/40/48/64 Products Pin/Pad Designation, with Respect to Die Center (µm) Pin Pin Name X Axis Y Axis ##! = ##! = ##! = ##! = ##! = ##! = ##! =,4, 4 = = ##! = = ##! = = CD, I'!5 - = =?? ' + "! --'5 = =?? ' + "! --'5 = = +> -*! )- > = = += -*! )- = =?? ' + "! --'5 = 4! -$ - = 4 /(! -$ /! = :4 : 4! ' =,, ' - =, )C ' )- = )? )0!' " )- 4( 4$- (.' "! " - () (# D43, '9 +1/ +'5.*1/!#?? ' + "! --'5 8 Voice Solutions in Silicon
34 ISD53/40/48/64 Products ORDRING INFORMATION Product Number Descriptor Key ISD5 500 Series Duration: 3 = 3 Seconds 40 = 40 Seconds 48 = 48 Seconds 64 = 64 Seconds Special Temperature Field: Blank = Commercial Packaged (0 C to +70 C) or Commercial Die (0 C to +50 C) Package Type: = 8-Lead 8x13.4-mm Plastic Thin Small Outline Package (TSOP) Type 1 G = 8-Lead Inch Small Outline Package (SOIC) P = 8-Lead Inch Plastic Dual Inline Package (PDIP) S = 8-Lead inch Small Outline Integrated Circuit (SOIC) T = 3-Lead 8x0-mm Plastic Thin Small Outline Package (TSOP) X = Die When ordering ISD53/40/48/64 products refer to the following part numbers which are supported in volume for this product series. Consult the local ISD Sales Representative or Distributors for availability information. Part Number Part Number Part Number Part Number ISD53 ISD540 ISD548 ISD564 ISD53P ISD540P ISD548P ISD564P ISD53S ISD540S ISD548S ISD564S ISD53X ISD540X ISD548X ISD564X For the latest product information, access ISD s worldwide website at ISD 9
Distributed by: www.jameco.com -800-83-4242 The content and copyrights of the attached material are the property of its owner. Single-Chip Voice Record/Playback Devices 60-, 75-, 90-, and 20-Second Durations
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NPN SILICON OSCILLATOR AND MIXER TRANSISTOR
FEATURES NPN SILICON OSCILLATOR AND MIXER TRANSISTOR LOW COST HIGH GAIN BANDWIDTH PRODUCT: ft = MHz TYP LOW COLLECTOR TO BASE TIME CONSTANT: CC r b'b = 5 ps TYP LOW FEEDBACK CAPACITANCE: CRE=.55 pf TYP
3 V, 1500 MHz Si MMIC WIDEBAND AMPLIFIER
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Electrical Specifications at T AMB =25 C DC VOLTS (V) MAXIMUM POWER (dbm) DYNAMIC RANGE IP3 (dbm) (db) Output (1 db Comp.) at 2 f U. Typ.
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TRC ELECTRONICS, INC LED Driver Constant Voltage 45W MEAN WELL IDLV-45 Series
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INPAQ Global RF/Component Solutions
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1 Alumina Substrate 4 Edge Electrode (NiCr) 7 Resistor Layer (NiCr) 2 Bottom Electrode (Ag) 5 Barrier Layer (Ni) 8 Overcoat (Epoxy)
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Smaller. 6.3 to 100 After 1 minute's application of rated voltage at 20 C, leakage current is. not more than 0.03CV or 4 (µa), whichever is greater.
Low Impedance, For Switching Power Supplies Low impedance and high reliability withstanding 5000 hours load life at +05 C (3000 / 2000 hours for smaller case sizes as specified below). Capacitance ranges
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YJM-L Series Chip Varistor
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Metal Oxide Leaded Film Resistor
SURFACE TEMP. RISE ( ) Power Ratio(%) MOF0623, 0932, 1145, 1550, 1765, 2485 MOF Series Features -Excellent Long-Time stability -High surge / overload capability -Wide resistance range : 0.1Ω~10MΩ -Controlled
NEC Silicon RFIC Amplifiers Low Power, Wideband & SiGe/SiGeC
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Construction D1 L (AR Series) Features -Advanced thin film technology -Very tight tolerance down to ±0.01% -Extremely low TCR down to ±5PPM/C -Wide resistance range 1ohm ~ 3Mega ohm -Miniature size 0201
Polymer PTC Resettable Fuse: KMC Series
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RoHS 555 Pb Chip Ferrite Inductor (MFI Series) Engineering Spec.
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B37631 K K 0 60
Multilayer Ceramic acitors High; X5R and X7R Chip Ordering code system B37631 K 7 5 K 6 Packaging 6 ^ cardboard tape, 18-mm reel 62 ^ blister tape, 18-mm reel Internal coding acitance tolerance K ^ ± %
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Features Rated Voltage: 100 VAC, 4000VDC Chip Size:,,,,, 2220, 2225 Electrical Dielectric Code EIA IEC COG 1BCG Applications Modems LAN / WAN Interface Industrial Controls Power Supply Back-Lighting Inverter
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Input Ranges : 9-75 VDC
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1000 VDC 1250 VDC 125 VAC 250 VAC J K 125 VAC, 250 VAC
Metallized Polyester Film Capacitor Type: ECQE(F) Non-inductive construction using metallized Polyester film with flame retardant epoxy resin coating Features Self-healing property Excellent electrical
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Summary of Specifications
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Polymer PTC Resettable Fuse:KMC Series
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Trimmable Thick Film Chip Resistor
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Operating Temperature Range ( C) ±1% (F) ± ~ 1M E-24 NRC /20 (0.05) W 25V 50V ±5% (J) Resistance Tolerance (Code)
FEATURES EIA STANDARD SIZING 0201(1/20), 0402(1/16), 0603(1/10), 0805(1/8), 1206(1/4), 1210(1/3), 2010(3/4) AND 2512(1) METAL GLAZED THICK FILM ON HIGH PURITY ALUMINA SUBSTRATE..(CERMET) PROVIDES UNIFORM
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CPTC Thermistor:PS Series
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Output Power: W. Exclusively distributed by Powerstax
R Series, 50-150W Input Ranges : 9-75 VDC : Single - Dual /, / /, / Triple / ±, /, / ±0, Quad ± / ±, ± / : 50-150 W FEATURES General: to 100 Watts Wide Input Range : 10-7dc 2:1 & 3:1 Input Range High Conversion
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Excellent Phase Noise Low Spurious ~5V DC Voltage Supply Different Types of Package Available FractionalN & IntegerN PLL IC Custom Design Available PS6 x x 6.5 mm x x.7 mm Ref In Loop Filter CP PD VCO
NTC Thermistor:SCK Series
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CN Series Scope -This specification applies to all sizes of rectangular-type fixed chip resistors with Ruthenium-base as material. Features -Small size and light weight -Reduction of assembly costs and
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