number. (2) The information of the Approved Safety Standards is furnished as of Jan. 2008. Approved Safety Standards File No. UL/C-UL:E60271, CSA:1687496(LR67163), VDE:481106-1171-0001, BEAB:C1144, CCC:2002010205004249 F series Part No. EYP1BF101 EYP1BF115 EYP1BF134 EYP1BF138 EYP1BF145 Functioning Electrical Rating Holding Maximum Maximum Type No. of Rated Operating Temp. : Th 4 Temp. Approved Functioning Temp. 2 (C) (C) Temp. 3 Limit : Tm 5 Standards Temp. : Tf1 AC/ Volt. Amp. (C) (C) (C) DC (V) (A) F101 F115 F134 F138 F145 102 115 134 139 145 983 110 +3 -2 129 +4 -3 1353 1412 AC 250 1 65 75 AC 125 2 60 70 200 Approved Safety Standards PS E UL CSA VDE BEAB CCC C-UL -- -- -- DC 50 3.5 55 65 -- AC 250 1 80 90 AC 125 2 76 90 -- -- DC 50 4 70 80 -- -- AC 250 1 90 105 AC 125 2 85 100 -- -- DC 50 4 65 80 -- -- AC 250 1 100 110

https://www.phoenixcontact.com/us/products/1723218 PCB terminal block - MK3DSMH 3/ 3-5,08 - 1723218 Please be informed that the data shown in this PDF Document is generated from our Online Catalog. Please find the complete data in the user's documentation. Our General Terms of Use for Downloads are valid (http://download.phoenixcontact.com) PCB terminal block, Nominal current: 22 A, Nom. voltage: 400 V, Pitch: 5.08 mm, Number of positions: 3, Connection method: Screw connection, Mounting: Soldering, Conductor/PCB connection direction: 0 , Color: green, The article can be aligned to create different nos. of positions! The illustration shows a combination as a 15-position version Product Features Double-row type, middle and back level of the three-level PCB terminal block Key commercial data Packing unit 1 pc GTIN Weight per Piece (excluding packing) 18.85 GRM Custom tariff number 85369010 Country of origin Germany Technical data Dimensions Length 23.1 mm Pitch 5.08 mm Dimension a 10.16 mm Pin

ARD (Continued) Current Types BFT24 PE 30 1, 200 8 5 ~ 5 40 at 1 _ _ R.F. amplifiers 60 BFT25 PE 30 1, 200 8 5 _ 2.5 40ati1 _ _ Micro- miniature 54 BF363 P 120 600 30-20 ~ 20 20% at 3 _ _ vis 59 BF362 P 120 800 30 20 20 20k at 3 _ _ } R.F. amplifiers 59 BF115 PE 145 230 5030 5 30 a - A.M./F.M. 20 BF200 PE 150 550 30 =. 20 3 2 a V.H.F. tuners 20 BF181 PE 150 600 30 20 3 20 - = TV mixers 20 BF180 PE 150 675 30. =. 20 3 20 - = TV tuners 20 BFRQO PE 180 5, 000 20 15 _ 25 50 at 14 _ _ wei 60 BFR91 PE 180 5,000 20 15 # 35 50at30 _ _ \ R.F. amplifiers 60 BFR92 PE 180 5, 000 20 15 25 25% at 14 _ 54 BFR93 PE 180 5, 000 1512 _ 35 25% at 30 _ Micro-miniature 54 BFS20R PE 200 275 30 =. 20 _ 25 40% at 7 - J circuits 53 BCW31R PE 200 300 30-20 100 110tat2 _ : 53 BCW32R PE 200 300 30. 20 100 200at2 | 53 BCW33R PE 200 300 30-20 ~ 100 420at 2 _ ; _ 53 BCW71R: PE 200 300 50 = 45 100 110at2 _ Micro miniature 53 BCW72R PE 200 300 5045 100 200tat2 _ | circuits 53 BSV52R PE 200 400 20 12 100 40

mum value TUNGSRAM Replacement Types BF167 PE 130 350 40 30 _ 25 _ _ - - : 2 BF173 PE 260 550 40 25 4 8 =} TW video LF. 2 BFW60 PE 300 80 40 35 6 500 70 at 100 0.5 40 General purpose 43 BU105 _ TW _ 1,500 _ 6 2A _ _ _ = TV line deflection 1 Current Types BF115 PE 145 230 50 30 5 30 ~ A.M./F.M. 20 BF200 PE 150 550 30 20 3 20 - _ _ _ TV V.H.F. tuners 20 BF181 PE 150 600 30 20 3 20 _ _ _ _ TV mixers 20 BF180 PE 150 675 30 20 3 20 _ _ _ TV tuners 20 BFY90 PE 200 1,300 30 15 2.5 50 87 at 2 0.01 15 U.H.F. amplifiers 20 BF195 PE 220 200 30 20 5 30 _ _ _ _ : 43 BF194 PE 220 260 30 20.5 300 - ~ } A.M./FM. input 43 BC147 PE 220 300 50 45 6 100 240 at 2 5 20 A.F. driver 43 BC148 PE 220 300 30 20 5 100 240 at 2 5 20 General purpose 43 BC149 PE 220 300 30 20 5 100 410 at 2 5 20 A.F. input 43 BF196 PE 250 400 40 30 4 25 _ _ _ _ ps 43 BF197 PE 250 550 40 25 4 200 - - } TV LF.amplifiers 43 BC107 PE 300 300 50 45 6 100 240 at 2 0.015 20 A.F. driver 2 BC108 PE 300 300 30 20 5 100 240 at 2 0.015 20 General pur

BF115 N | T0-72J 165 30 30 48 167 1 10 _ _ 230+ | oge 3.5+ BF152 N | TO-106 200 ~_ 12 20 - 3 10 0.5 10 600 1.2 - BF153 N } TO-106 200 - 12 20 - 3 6 0.5 10 300 1.2 - BF155 N | TO-72G 200 20 40 20 2.5 12 0.3 10 400 0.4+ 9 BF158 N | TO-106 200 50 12 20 ~ 4 10 0.5 10 700+ | 1.2 3.5 BF159 N | TO-106 200 50 20 20 - 4 10 0.5 10 700+ | 1.2 3.5 BF160 N | TO-106 200 50 12 20 - 3 10 0.5 10 400 12 3.5 BF167 N | TO-72J 150 25 30 27 4 10 0.95 10 300+ | ~ BF173 N | TO-72J 260 25 25 38 - 7 10 - - 350 | 03 - BF180 N | T0-72G 150 20 20 45 - 2 10 - - 675+ | 3.5 - BF181 N | TO-72G 150 20 20 20 _ 2 10 _ _ 600+ | 0.9+ - BF182 N | TO-72G 150 20 20 10 - 2 10 _ ~ 600+ 1 7At BF183 N | TO-72G 150 20 20 10 3 10 ~ _ 800+ 1+ _ BF184 N } TO-72J 165 30 20 67 220 1 10 _ 260+ | oge 4 BF185 N | TO-72 165 30 20 36 125 1 10 _ - 200+ | o.9@ 4 BF199 N | TO-92E 360 25 25 38 - 7 10 - 550+ | 032+ - BF200 N | TO-72G 150 20 20 15 - 2 10 - _ 500+ |] 0.5 5 BF224 N | TO-92E 360 50 30 30 7 10 0.15 10 300 | a3+ 4 BF240 N | TO-92E 300 2

aximum Temp. Maximum Rated Functioning Holding Type No. of Rating Limit (C) *5 Operating Functioning Temp. *2 Temp. *4 Approved Temp. *3 Temp. *1 AC/ Amp. Volt. (C) (C) UL,VDE Standards CSA (C) (C) DC (A) (V) BEAB Part No. XYP1BF102 F102 102 982 XYP1BF115 F115 115 110+3-2 XYP1BF130 F130 130 1262 XYP1BF133 F133 133 1282 XYP1BF139 F139 139 1353 XYP1BF168 F168 168 163+4-2 70 75 55 76 80 70 90 94 74 92 96 76 99 103 80 120 120 95 74 76 60 90 90 80 105 105 90 108 108 92 115 115 95 135 142 110 200 150 200 150 200 180 200 180 200 180 200 AC AC DC AC AC DC AC AC DC AC AC DC AC AC DC AC AC DC 2 1 3.5 2 1 4 2 1 4.5 2 1 4.5 2 1 5 2 1 5 125 250 50 125 250 50 125 250 50 125 250 50 125 250 50 125 250 50 Approved Safety Standards File No. Approved Safety Standards PS E UL CSA VDE BEAB CCEE O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O -O --O --O --O --O --O -- O O O O O O O O O O O O O O

NSBC115TPDP6 Complementary Bias Resistor Transistors R1 = 100 kW, R2 = 8 kW NPN and PNP Transistors with Monolithic Bias Resistor Network This series of digital transistors is designed to replace a single device and its external resistor bias network. The Bias Resistor Transistor (BRT) contains a single transistor with a monolithic bias network consisting of two resistors; a series base resistor and a base-emitter resistor. The BRT eliminates these individual components by integrating them into a single device. The use of a BRT can reduce both system cost and board space. http://onsemi.com PIN CONNECTIONS (3) (2) R1 (1) R2 Q1 Q2 Features R2 * S and NSV Prefix for Automotive and Other Applications (4) (5) (6) MARKING DIAGRAMS MAXIMUM RATINGS (TA = 25C both polarities Q1 (PNP) and Q2 (NPN), unless otherwise noted) R1 J * * * * Requiring Unique Site and Control Change Requirements; AEC-Q101 Qualified and PPAP Capable Simplifies Circuit Design Reduces Board Space Reduces Component Count These Devi

a DGE DE466 3 DGE BSW68 3 PHIN MRF 174 1 MOTA] BFI66 THC4286 3a SPR DE452 3a DGE THJ4091 a SPR D44T1 a GESY BF108 BF200 + PHIN THC4287 3 SPR DE457 3 DGE TMPF4091 a SPR D44T2 a GESY D44T1 1 GESY | BF169 BF199 PN4304-18 3 NSC TP4091 3 SPR DE154 3 DGE BF 109 BF115 1 PHIN MPSH24 1 MOTA Six BF247B MPSA43 3 MOTA p40v1 1 GESY BF494 1 PHIN SF245 1 MIKG THJ4304 a SPR 2N4091 1 INL BF258 BF1Iti MPSH04 a MOTA 8F197 a PHIN THJ4416 3 SPR DE466 a DGE BF337 1 PHIN 2N3440 1 RCA BF174 BF206 THJ5457 3 SPR THJ4094 3 SPR D40V1 1 GESY BD115 a PHIN 2N3440 1 RCA 2N918 + PHIN THJ5668 3a SPR TMPF4091 a SPR 2N3440 a RCA BFN18 3 SIEG BF258 1 SGSI BF799 3 SIEG TMPF4304 3 SPR TP4091 3 SPR 2N6515 a MOTA BFN26 3 SIEG D4o0v1 1 GESY DE161 3 DGE TMPF4416 3 SPR BF247C 40412 3 RCA D44T2 3 GESY BD115 3 PHIN PN918 3 NSC TMPF5457 3 SPR 2N4091 + INL BC639 3 PHIN DE396 3 OGE BF337 3 PHIN THC918 a SPR TMPF5668 3 SPR DE466 3 DGE 04471 a GESY TN3440 3 NSC BFNI8 3 SIEG TMPT918 3 SPR TP4304 3 SPR THJ4091 3 SPR DE154 a DGE BF115 B

| 25V 25V 1OV | 150mA | 85C | 250mWEF 300K - 120mn 5OmA AMG] OBS ; AC188 2N2614 2N1275 PS ] TOS Loa | 80v 80V 5V | 100mA 175C | 250mWF - IOP | 9/25 ImA ALH | OBS | BFW44 2N3743 2N1276 NS | Tos Lo4 | 45V 30V 25mA 175C | 150mWE 15M 5PO 9/22 imAA RLA | OBS | BF115 2N2219A4 2N1277 NS | TOS Lo4 | 45v 30V 25mA 175C | 150mWE 15M 5P0 18/44 ImA RLA | OBS | BF115 2N2219A 2N1278 NS | Tos Lo4 | 45v 30V 25mA 175C | 150mWE 15M 5P0 37/90 imA RLA | OBS | BF115 2N2219A 2N1279 NS | TOs Loa | 45V 30V - 25mA 176C | 150mWE 15M 5P0 76mn imA RLA | OBS | BF115 2N2219A 2N1280 PG | Tos Loa 16V - 400mA | 75C | 200mWF 5M 20P 40mn 20mA RMS | OBS | ASY27 2N1305 2N1281 PG | TOS Lod 12v - 400mA | 75C | 200mWF 7 20P 60mn 20mA RMS ; OBS | ASY27 2N1305 2N1282 PG | TOS Loa 6V - 400mA | 75C | 200mMWF 10M 20P 7Omn 20mA RMS | OBS | ASY27 2N1305 2N1284 PG | Tos Loa | - 16V - 400mA | 75C 150mWF 5M 20P 30/150 10MA RMS | OBS | ASY27 2N1305 2N1285 PG | Tot2 Log | 40v - - 10mA 75C 120mWF 50M 3P0 30/100

part number. (2) The information of the Approved Safety Standards is furnished as of Jun. 2010. Approved Safety Standards File No. UL:E60271, CSA:1687496(LR67163), VDE:481106-1171-0001, BEAB:C1144, CCC:2002010205004249 F series Part No. EYP1BF101 EYP1BF115 EYP1BF134 EYP1BF138 EYP1BF145 Functioning Electrical Rating Holding Maximum Maximum Type No. of Rated Operating Temp. : Th 4 Temp. Approved Functioning Temp. 2 (C) (C) Temp. 3 Limit : Tm 5 Standards Temp. : Tf1 AC/ Volt. Amp. (C) (C) (C) DC (V) (A) F101 F115 F134 F138 F145 102 115 134 139 145 983 110 +3 -2 129 +4 -3 1353 1412 AC 250 1 65 75 AC 125 2 60 70 200 Approved Safety Standards PS E UL CSA VDE BEAB CCC C-UL -- -- -- DC 50 3.5 55 65 -- AC 250 1 80 90 AC 125 2 76 90 -- -- DC 50 4 70 80 -- -- AC 250 1 90 105 AC 125 2 85 100 -- -- DC 50 4 65 80 -- -- AC 250 1 100 110

BF115 NS |TFK 218 (70 72 50 30 4.0 2030A 2 145W 1753 | 230.0006 |500NA_ 10V 80 001A BF167 NS ITFK 2i8 {To 72 40 30 4.0 2025A 130W 1753 | 330.0006 57 004A BF 168 NS [TFK 218 {TG 72 50 30 4.0 20254 2260 1753} 550.0006 | 300NA 20V {100 oOO7A BFY1O NS [RAD 210 |TO 5 45 45 050A 300W 175J 50.0008 50 BFYLL NS }RAOD 210 |T10 5 45 45 050A 300 1754 60.0008 80 BFY27 SEE 2N915 BFY65 NS |TFK 210 jfao 5 100 90R 7.0 20504 565W 175J 50.0006 5ONA T5V 30 2Q02A BFY66 SEE 2N918 BFY69A NS UTRK a SA 25 18 5.8 2 G60 i50J 20.0006 SONA 18V 50 eOLOA BFY69B NS |FFK & 8B 25 #18 5.0 ~060W 150J 20.0006 5O0NA 18V 50 sOLOA BFY80 NS |TFK 210 jT0 18 100 90OR 7.0 050A -260W 175J 50.0006 SONA 75V 30 002A BR1OOA NS |BEN 2li (TO 60 40 Bad 5-.000A 5.000W 2003} 500.0006 | 100UA 30y [100 3.0004 BRLOOB N S |BEN 541 5418 60 40 3.0 5.000A 7.500W 2003] 500.0006 | 100UA 30V |100 3.000A BR1O0O0C NS |BEN $61 {TO 59 60 40 320 {10.000A 35.000W 20045| 500.0006 | 100UA 30V /|t00 3.000A BR100D NS |BEN 540 {70 60 60 40 3.0 |10.000A 35.000W 200J {|

PRELIMINARY IDT70V17L HIGH-SPEED 3.3V 32K x 9 DUAL-PORT STATIC RAM Features True Dual-Ported memory cells which allow simultaneous access of the same memory location High-speed access - Commercial: 15/20ns (max.) - Industrial: 20ns (max.) Low-power operation - IDT70V17L Active: 440mW (typ.) Standby: 660W (typ.) Dual chip enables allow for depth expansion without external logic IDT70V17 easily expands data bus width to 18 bits or more using the Master/Slave select when cascading more than one device M/S = VIH for BUSY output flag on Master, M/S = VIL for BUSY input on Slave Busy and Interrupt Flags On-chip port arbitration logic Full on-chip hardware support of semaphore signaling between ports Fully asynchronous operation from either port LVTTL-compatible, single 3.3V (0.3V) power supply Available in a 100-pin TQFP Industrial temperature range (-40C to +85C) is available for selected speeds Functional Block Diagram R/W L CE0L CE1L OE L R/W R CE0R CE1R OE R I/O Control I/O 0-8L BUS

ARD (Continued) Current Types BFT24 PE 30 1, 200 8 5 ~ 5 40 at 1 _ _ R.F. amplifiers 60 BFT25 PE 30 1, 200 8 5 _ 2.5 40ati1 _ _ Micro- miniature 54 BF363 P 120 600 30-20 ~ 20 20% at 3 _ _ vis 59 BF362 P 120 800 30 20 20 20k at 3 _ _ } R.F. amplifiers 59 BF115 PE 145 230 5030 5 30 a - A.M./F.M. 20 BF200 PE 150 550 30 =. 20 3 2 a V.H.F. tuners 20 BF181 PE 150 600 30 20 3 20 - = TV mixers 20 BF180 PE 150 675 30. =. 20 3 20 - = TV tuners 20 BFRQO PE 180 5, 000 20 15 _ 25 50 at 14 _ _ wei 60 BFR91 PE 180 5,000 20 15 # 35 50at30 _ _ \ R.F. amplifiers 60 BFR92 PE 180 5, 000 20 15 25 25% at 14 _ 54 BFR93 PE 180 5, 000 1512 _ 35 25% at 30 _ Micro-miniature 54 BFS20R PE 200 275 30 =. 20 _ 25 40% at 7 - J circuits 53 BCW31R PE 200 300 30-20 100 110tat2 _ : 53 BCW32R PE 200 300 30. 20 100 200at2 | 53 BCW33R PE 200 300 30-20 ~ 100 420at 2 _ ; _ 53 BCW71R: PE 200 300 50 = 45 100 110at2 _ Micro miniature 53 BCW72R PE 200 300 5045 100 200tat2 _ | circuits 53 BSV52R PE 200 400 20 12 100 40

MECHANICAL DATA MPQF077 - JANUARY 1998 PQP (S-PQFP-G120) PowerPAD PLASTIC QUAD FLATPACK 0,22 0,14 0,40 90 0,05 M 61 60 91 Thermal Pad (See Note D) 31 120 1 0,13 NOM 30 Gage Plane 11,60 TYP 14,10 SQ 13,90 0,15 0,05 16,10 SQ 15,90 0,25 0- 5 0,75 0,45 1,05 0,95 Seating Plane 0,08 1,20 MAX 4087747/A 04/98 NOTES: A. B. C. D. All linear dimensions are in inches (millimeters). This drawing is subject to change without notice. Body dimensions do not include mold flash or protrusion. The package thermal performance may be enhanced by bonding the thermal pad to an external thermal plane. This pad is electrically and thermally connected to the backside of the die and possibly selected leads. E. Falls within JEDEC MS-026 PowerPAD is a trademark of Texas Instruments Incorporated. POST OFFICE BOX 655303 * DALLAS, TEXAS 75265 1

EPSA12BBHJ-65.500M Pb RoHS EPSA12 B B H J -65.500M Series RoHS Compliant (Pb-free) 2.5V 4 Pad 5mm x 7mm Ceramic SMD LVCMOS Programmable Spread Spectrum Oscillator Frequency Tolerance/Stability 50ppm Maximum Nominal Frequency 65.500MHz Spread Spectrum -1.50% Down Spread Output Control Function Tri-State Operating Temperature Range -40C to +85C ELECTRICAL SPECIFICATIONS Nominal Frequency 65.500MHz Frequency Tolerance/Stability 50ppm Maximum (Inclusive of all conditions: Frequency Stability over the Operating Temperature Range, Supply Voltage Change, Output Load Change, First Year Aging at 25C, Shock, and Vibration.) Operating Temperature Range -40C to +85C Supply Voltage 2.5Vdc 5% Maximum Supply Voltage -0.5Vdc to +3.2Vdc Input Current 22mA Maximum Output Voltage Logic High (Voh) 90% of Vdd Minimum (IOH=-8mA) Output Voltage Logic Low (Vol) 10% of Vdd Maximum (IOL=+8mA) Rise/Fall Time 3nSec Maximum (Measured at 10% to 90% of Waveform) Duty Cycle 50% 5(%) (Measured at 50% of waveform) Lo