2-POLES 2A (SLIM PROFILE SIGNAL RELAY) FTR-B4 Series

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Iris Golden
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1 maluska elektronik ULTRA MINIATURE -POLES A (SLIM PROFILE SIGNAL RELAY) FTR-B Series RoHS compliant Features DPDT A Ihr Partner für Kontakt-Bauelemente Ultra miniature slim type relay for surface mounting Height: 9. mm maximum (THT) mm maximum (SMT) Weight: Approximately. g Conforms to Bellcore & FCC part 68, and Telcordia & FCC part 68 Conforms to UL9 / CSA 9, IEC 9 / EN69 spacing and high breakdown voltage Clearance:.mm Creepage:.6mm Basic insulation, V working voltage, pollution degree High reliable birfuracted gold overlay silver contact Low power consumption mw (standard), mw (latching) RoHS compliant since date code: B8 Please see page 8 for more information ORDERING INFORMATION FTR-B C A. Z - B [Example] (a) (b) (c) (d) (e) (f) (g) ( a) Series Name ( b) Terminal type ( c) Operation function ( d) Coil Number ( e) Contact material FTR-B Series C: Through hole G: surface mount S: surface mount type - space saving A: standard type B: latching type Nominal voltage Z: gold overlay silver nickel (standard) P: gold overlay silver palladium ( f) Relay enclosing direction* B: standard enclosing direction ( g) N umber of relays per reel* : (standard) Remarks: Actual marking on relay would not carry code FTR and be as below: Ordering code Actual marking Notes: * FTR-BCA.Z BCA.Z - Only surface mount types (G and S) are applicable - All relays are packaged in tubes unles P/N ends with -B Oderstraße - Telefon 66 / info@maluska.de 6 Fulda Telefax 66 / 97- Internet: maluska elektronik

2 PART NUMBERS Standard type Ordering Part Number Series Terminal Type Operation Coil Voltage Contact Material FTR-BCA.Z FTR-BCAZ FTR-BCA.Z. C: through FTR-BCA6Z 6 hole FTR-BCA9Z 9 FTR-BCAZ FTR-BCAZ FTR-BGA.Z FTR-BGAZ. G: surface FTR-BGA6Z FTR-B A: non-latch 6 mount FTR-BGA9Z 9 FTR-BGAZ FTR-BGAZ FTR-BSA.Z FTR-BSAZ FTR-BSA.Z S: space saving. FTR-BSA6Z surface 6 FTR-BSA9Z mount 9 FTR-BSAZ FTR-BSAZ... Z: Au-Ag-Ni P: Au-Ag-Pd

3 Latching type ( coil) Ordering Part Number Series Terminal Type Operation Coil Voltage Contact Material FTR-BCB.Z FTR-BCBZ FTR-BCB.Z. C: through FTR-BCB6Z 6 hole FTR-BCB9Z 9 FTR-BCBZ FTR-BCBZ FTR-BGB.Z FTR-BGBZ FTR-BGB.Z. G: surface FTR-BGB6Z FTR-B B: latch 6 mount FTR-BGB9Z 9 FTR-BGBZ FTR-BGBZ FTR-BSB.Z FTR-BSBZ FTR-BSB.Z S: space saving. FTR-BSB6Z surface 6 FTR-BSB9Z mount 9 FTR-BSBZ FTR-BSBZ... Z: Au-Ag-Ni P: Au-Ag-Pd COIL DATA CHART Standard type Coil Voltage Nominal Voltage (VDC) Max. Coil Voltage* Coil Resistance ( ±%) Must Voltage* Must Voltage*... VDC 6. Ω. VDC. VDC 7. VDC 6. Ω. VDC. VDC...8 VDC Ω.8 VDC. VDC 6 6. VDC 7 Ω. VDC.6 VDC 9 9. VDC 79 Ω 6.7 VDC.9 VDC 8. VDC,8 Ω 9. VDC. VDC Nominal Power (mw) 6. VDC, Ω 8. VDC. VDC

4 Latching type ( coil) Coil Voltage Nominal Voltage (VDC)... VDC. Ω. VDC -. VDC ma 7. VDC 9 Ω. VDC -. VDC ma...8 VDC Ω.8 VDC -.8 VDC 7mA 6 6. VDC 6 Ω. VDC -. VDC ma 9 9. VDC 8 Ω 6.7 VDC -6.7 VDC 8mA 8. VDC, Ω 9. VDC -9. VDC 6mA 6. VDC,8 Ω 8. VDC -8. VDC ma * Pulse driven Note: All values in the table are measured at C. SPECIFICATIONS Max. Coil Voltage* Coil Resistance ( ±%) Must Voltage* Must Voltage* Standard Type FTR-B ( ) A Set/Re-set current Nominal Power (mw) Latching Type FTR-B-C ( ) B Contact Arrangement Form C Contact material Gold overlay silver nickel / Gold overlay silver palladium Contact type Bifurcated contact (cross-bar) Contact resistance (initial value) mω maximum at 6VDC Contact rating VDC A, VAC. A (resistive) Maximum carrying current A Maximum switching power 6. VA / W Maximum switching voltage VAC/ VDC Minimum switching load* m VDC,.mA* Coil Nominal power (at C) mw up to mw mw up to mw power (at C) 8 mw up to mw 7 mw up to 68 mw Operating temperature (no frost) - C to +8 C Time value (at nominal voltage, without bounce) ms maximum ms maximum (set) (at nominal voltage, without bounce) ms maximum ms maximum (reset) Life Mechanical x 6 operations x 6 operations Electrical (resistive DC load x ops. min. at A, VDC (at. Hz) load) AC load x ops. min. at.a, VAC (at. Hz) Vibration Misoperation to Hz at double amplitude of mm resistance Endurance to Hz at double amplitude of mm Shock Misoperation Min. 7 m/s resistance Endurance Min., m/s Weight Approximately. g US/CSA Contact rating.a, VAC; A, VDC;.A, VDC * Minimum switching loads mentioned above are reference values. Please perform the confirmation test with the actual load before production since reference values may vary according to switching frequencies, envir onmental conditions and expected reliability levels.

5 characteristic data Non-latch Operation (return time characteristics) n= Operation time... Coil Power (W) Temperature (ºC) 8 6 Coil temperature rise A A.. Coil Power (W). Nominal Voltage Multiplying Factor (%) Ambient Temperature A A Operating voltage (hot coil) Operating voltage (cool coil) 6 Standard 8 Ambient Temperature ( o C) Maximum Switching Power Standard latch AC Resistive Life Curve Standard Contact Current (A).... DC Resistive Operation (x ) VDC Resistive VDC Resistive. Latch Contact Voltage (V) Operation (return time characteristics) FTR-BGB.Z n= Operation time Contact Current (A) Pulse Characteristics FTR-BGB.Z n= set/reset. Temperature (ºC) (?) 8 6 Coil temperature rise A A Nominal Voltage Multiplying Factor (%) Coil Power (W) Ambient Temperature A Operating voltage (hot coil) 6 8 A Operating voltage (cool coil) Ambient Temperature ( o C). Contact Current (A). Latch.... Maximum Switching Power DC Resistive AC Resistive. Contact Voltage (V) Operation (x )... Coil Power (W) Life Curve Latch VDC Resistive VDC Resistive Contact Current (A)

6 reference data Non-latch 8 6 Distribution of and Voltage n= 8 6 Distribution of and Time n= 8 6 Distribution of Bounce Time N= Nominal Voltage Multiplying Factor (%) Distribution of contact resistance n= Make Break Contact resistance (mω) Latch Distribution of and Voltage FTR-BGB.Z n= Nominal Voltage Multiplying Factor (%) Distribution of contact resistance n= Make Break Contact resistance (mω) Isolation (db) Isolation (db) High Frequency Characteristics n= Frequency (MHz) Distribution of Bounce Time n= High Frequency Characteristics FTR-BGB.Z n= Frequency (MHz) Insertion Loss (db) Insertion Loss (db) High Frequency Characteristics n= Frequency (MHz) Distribution of Bounce Time n= High Frequency Characteristics.6 FTR-BGB.Z n= Frequency (MHz) 6

7 DIMENSIONS AND SCHEMATICS Through hole type Surface mount type (standard).7 ±..6 ±.. ±.. ±.. ±.. ±.. ±. 9 ±.. ±.. ± O.8 (-) ±..6 ±..±.. ±.. ±.. ±.. ±.. ±... ±. 9 ±.. ±.. ±. 7. ± ± (-) (+).8 (+) Recommended mounting pad (Tolerance: ±.mm) Terminal designations (Top view de-energized position) Recommended mounting pad (Tolerance: ±.mm) Terminal designations (Top view de-energized position) 7

8 DIMENSIONS AND SCHEMATICS Space saving.6 ±.. 9 ±..7 ±.. ±.. ±.. ±.. ±.. ±.. ± (-) ±.. ±..7 ±..8 Recommended mounting pad (Tolerance: ±.mm) (+) Terminal designations (Top view de-energized position) RECOMMENDED SOLDERING CONDITIONS (TEMPERATURE PROFILE) Temperature (C) T T T IRS (Infrared Reflow Soldering) soldering cooling preheating T = C max. T = C max. T = 6C max. Note:.Temperature profiles show the tempera ture of PC board surface.. Please perform soldering test with your actual PC board before mass produc tion, since the temperatures of PC board surfaces vary according to the size of PC board, status of parts mount ing and heating method. sec maximum sec Max. PRECAUTIONS - For details on general precautions, refer to the section on technical descriptions. - Since this is a polar relay, follow the instructions of the internal wiring diagram for the +- connections of the coil. - Note that the terminal array and internal wiring of the surface mount relay are a top view. 8

9 RoHS Compliance and Lead Free Relay Information. General Information Relays produced after the specific date code that is indicated on each data sheet are lead-free now. All of our signal and power relays are lead-free. Please refer to Lead-Free Status Info. ( Lead free solder paste currently used in relays is Sn-.Ag-.Cu. From February forward Sn-.CU-Ni will be used for the FTR-B and FTR-B series relays. All signal and power relays also comply with RoHS. Please refer to individual data sheets. Relays that are RoHS compliant do not contain the hazardous materials that are restricted by RoHS directive (lead, mercury, chromium IV, PBB, PBDE). It has been verified that using lead-free relays in leaded assembly process will not cause any problems (compatible). LF is marked on each outer and inner carton. (No marking on individual relays). To avoid leaded relays (for lead-free sample, etc.) please consult with area sales office. We will ship leaded relays as long as the leaded relay inventory exists. Note: Cadmium was exempted from RoHS on October,. (Amendment to Directive /9/EC). Recommended Lead Free Solder Profile Recommended solder paste Sn-.Ag-.Cu and Sn-. Cu-Ni (only FTR-B and FTR-B from February. Reflow Solder condition Flow Solder condition: Peak Temp.: max. C Pre-heating: maximum C Soldering Soldering: dip within sec. at 6 C solder bath Temperature ( C) 7 Pre-heating Cooling Solder by Soldering Iron: Soldering Iron Temperature: maximum 6 C Duration: maximum sec. 9~ sec. ~ sec. max. sec. (duration) We highly recommend that you confirm your actual solder conditions. Moisture Sensitivity Moisture Sensitivity Level standard is not applicable to electromechanical realys.. Tin Whisker SnAgCu and SnCuNi solder is known as low risk of tin whisker. No considerable whisker length was found by our in-house test. 9

ultra MINIature 2-POLes 2a (LOW PrOFILe signal relay) Ftr-B3 series rohs compliant Features

ultra MINIature 2-POLes 2a (LOW PrOFILe signal relay) Ftr-B3 series rohs compliant Features ULTRA MINIATURE -POLES A (LOW PROFILE SIGNAL RELAY) FTR-B3 SERIES RoHS compliant Features DPDT C Ultra miniature low profile relay with high heat resistant material Height: 5.45mm, Weight:.85g, Mounting