DC455K0000S170

PART CODE: DC455K0000S170 SPECIFICATION SHEET SPECIFICATION SHEET NO. Q0317-DC455K0000S170 DATE March 17, 2023 REVISION A0 DESCRIPITION KHz SMD Discriminators 6260 Type L6.2*W6.0*H3.1mm 2 Pads CDBC Series 455.0KHz, Demodulated Bandwidth (3dB) : ±5.0 kHz Min. From 455kHz Operating Temp. Range -20°C ~+80°C Reflow Profile Condition 260 °C Max. In Tape/Reel, 2000pcs/Reel RoHS III Complaint CUSTOMER CUSTOMER PART NUMBER CROSS REF. PART NUMBER ORIGINAL PART NUMBER TGS CDBC 455C70 TLF PART CODE DC455K0000S170 VENDOR APPROVE Issued/Checked/Approved DATE: March 17, 2023 CUSTOMER APPROVE DATE: 3/17/2023 NextGen Components, Inc. 1 sales@NextGenComponent.com www.NextGenComponent.com PART CODE: DC455K0000S170 KHZ SMD CERAMIC SMD DISCRIMINATOR CRYSTAL 2520 CDBC TYPE 4SERIES PADS MAIN FEATURE • KHz SMD Ceramic Discriminator 6260 Type 2 pads • White case, L6.2*W6.0*H3.1mm • Low cost and short shipment • Reflow Profile Condition 260 °C Max. • Cross main competitors parts CDBC and JTC series • RoHS/RoHS III compliant • For quadrature detection with IC: NJM2591V(JRC) APPLICATION • Communication Electronics RFQ PART CODE GUIDE Request For Quotation DC 455K0000 S 170 1 2 3 4 1) DC: Part family Code for KHz SMD Ceramic Discriminator 6260 Type L6.2*W6.0*H3.1mm 2 Pads 2) 455K0000: Frequency range code for 455.0000KHz 3) S: SMD type, Package Tape/Reel, 2000pcs/Reel 4) 170: Specification code for original part No.: TGS CDBC 455C70 TLF 3/17/2023 NextGen Components, Inc. 2 sales@NextGenComponent.com www.NextGenComponent.com PART CODE: DC455K0000S170 KHZ SMD CERAMIC DISCRIMINATOR CDBC SERIES DIMENSION (Unit: mm) Image for reference Marking Line 1: Series Code Line 2: Internal Code CDBC Connection Pin 1: Input Pin 2: Output No. Item Material 1 Case Polybutene Terephthalate (Mixture Of Glass Fiber) 2 Terminal Phosphor Bronze Ag Clad 3 Base Sealing Epoxy Resin 3/17/2023 NextGen Components, Inc. 3 sales@NextGenComponent.com www.NextGenComponent.com PART CODE: DC455K0000S170 KHZ SMD CERAMIC DISCRIMINATOR CDBC SERIES ELECTRICAL PARAMETERS Parameter Part No. Units Symbol Original Manufacturer Holder Type Value Min. Typical TGS TGS Crystals CDBC KHz SMD Discriminators Condition Max. 6260 Type L6.2*W6.0*H3.1mm 2 Pads Center 455 KHz 455.00 @ ± 1.0KHz C70 KHz ±5.0 °C -20 +80 Storage Temperance °C -40 +85 Demodulated Output mV 75 Frequency Range (f0) Demodulated From 455KHz Bandwidth (3dB) Operation Temperance Demodulated 85 % 95 @ 455 kHz 4.5 Distortion Factor Temperature Stability % IC Model No. DC 5.0V 1 minute Package T Tape/Reel, 2000pcs/Reel RoHS Status LF RoHS III compliant Add Value Special @-20 ~+80 °C NJM2591V(JRC) Withstand Voltage Other 0.3 N/A For Internal Control, Blank: N/A Code 3/17/2023 NextGen Components, Inc. 4 sales@NextGenComponent.com www.NextGenComponent.com PART CODE: DC455K0000S170 KHZ SMD CERAMIC DISCRIMINATOR CDBC SERIES MEASUREMENT CONDITION Measurement shall be carried out at the standard temperature of 25±2℃. If no specific requirements, Test can be carried out under 5-35℃. MEASURING CIRCUIT 3/17/2023 NextGen Components, Inc. 5 sales@NextGenComponent.com www.NextGenComponent.com PART CODE: DC455K0000S170 KHZ SMD CERAMIC DISCRIMINATOR CDBC SERIES TEST METHOD Input Signal Input level 80dBμ Condition Frequency Deviation ±4.0 kHz Modulation Frequency 1.0 kHz Demodulated 3dB Input the above signal and sweep the carrier around 455 kHz, and find It shall meet Bandwidth Out the maximum audio output frequency. Then sweep the carrier Table 1. frequency again and find two frequencies, which are observed –3dB attenuation points from the maximum point. Higher frequency point is called (f1) and lower called (f2). (F1-455KHz) is defined as upper 3dB bandwidth and (455KHz-f2) defined as lower 3dB bandwidth. Demodulate Demodulated output shall be measured when carrier frequency is It shall meet Output adjusted to 455KHz. Table 1. Demodulated After being placed in a chamber with -20±2 ℃,for 100 hours and then It shall meet Distortion Factor being placed in room temperature for 1 hour, filter shall be measured. Table 1. 3/17/2023 NextGen Components, Inc. 6 sales@NextGenComponent.com www.NextGenComponent.com PART CODE: DC455K0000S170 KHZ SMD CERAMIC DISCRIMINATOR CDBC SERIES PHYSICAL CHARACTERISTICS Test Items Test Method And Conditions Requirement Random Drop Filter shall be measured after 3 times random drops from the height of No visible 30cm on concrete floor damage and it meet Table 1 Vibration Solderability Filter shall be measured after being applied vibration of amplitude of No visible 1.5mm with 10-55Hz band of vibration frequency to each of 3 damage and it perpendicular directions for 2 hours meet Table 1 Lead terminals are immersed in aide solder for 5 sec and then At least 95% immersed in soldering bath of 230±5℃, for 3±0.5 sec. lead terminals shall be covered with solder. Terminal strength After force of 1kg for 10 seconds is applied to each terminal in axial No damage, no Pulling direction, Filter shall be measured. cut-off and it meet Table 1. Bending After lead terminals shall be fixed at 2mm from filter’s body, they shall No damage, no be folded up to 90°from their axial directions and folded back to – cut-off and it 90°.Then folded back to their axial direction, the speed of folding be meet Table 1. each 3 seconds. 3/17/2023 NextGen Components, Inc. 7 sales@NextGenComponent.com www.NextGenComponent.com DC455K0000S170 PART CODE: KHZ SMD CERAMIC DISCRIMINATOR CDBC SERIES ENVIRONMENTAL CHARACTERISTICS Test Items Test Method And Conditions Requirement Humidity After being placed in a chamber with 90-95% It shall meet R.H. at 40±2℃ for 100 hours and then being Table 1. placed in room temperature for 1 hour, filter shall be measured. Resistance to Lead terminals are immersed up to 1.5mm from filter’s body in It shall meet Solder Heat soldering bath of 350±10℃, for 3±0.5 sec. And then filter shall be Table 1. measured after being placed in room temperature for 1 hour. High After being placed in a chamber with 80±2℃,for 100 hours and then It shall meet Temperature being placed in room temperature for 1 hour , filter shall be measured. Table 1. Low After being placed in a chamber with -20±2℃,for 100 hours and then It shall meet Temperature being placed in room temperature for 1 hour, filter shall be measured. Table 1. Heat Shock After being kept at room temperature, filter shall be placed at It shall meet temperature of –55 ℃ , for 30 minutes, then be placed at temperature. Table 1. 85℃, for 30 minutes. After that returned to –55℃ again. Repeated above cycle for 5 times. After being kept in room temp. for 1 hour, filter shall be measured Table 1 Item Center Frequency Demodulated Demodulated Output Bandwidth(3dB) Specification 455±1.0KHz NextGen Components, Inc. Distortion Factor ±5.0KHz min 85±40mV. (from 455 kHz) (at 455 kHz) 3/17/2023 Demodulated 4.5% Max. 8 sales@NextGenComponent.com www.NextGenComponent.com PART CODE: DC455K0000S170 KHZ SMD CERAMIC DISCRIMINATOR CDBC SERIES SUGGESTED REFLOW PROFILE (For Reference Only) Profile Feature Pb-Free Assembly Average Ramp-up Rate (Ts Max to Tp) 3℃/second Max Preheat Temperature Min (Ts Min.) 125℃ Temperature Max (Ts Max.) 200℃ Time (ts Min. to ts Max.) 60～180 seconds Temperature (TL) 217℃ Time (tL) 60～150 seconds Time maintained above Peak/Classification Temperature (Tp) 260 ℃ Time within 5℃ of actual Peak Temperature (tp) 20～40 seconds Ramp-down rate 6 ℃ /Second Max. Time 25 ℃ to Peak Temperature 8 minutes Max. Suggest reflow times 3 Times Max. 3/17/2023 NextGen Components, Inc. 9 sales@NextGenComponent.com www.NextGenComponent.com PART CODE: DC455K0000S170 KHZ SMD CERAMIC DISCRIMINATOR CDBC SERIES REEL DIMENSION (Unit: mm, 2000pcs/Reel) TAPE DIMENSION (Unit: mm) Code Dimension W 16.0+/-0.30 F 6.80+/-0.20 E 1.75+/-0.10 P0 4.00+/-0.10 P1 7.80+/-0.10 P2 2.00+/-0.05 D0 Ø1.5+/-0.10 D1 Ø1.5+/-0.10 t2 3.60+/-0.10 A 7.70+/-0.10 Code Dimension A Ø330+/-1.0 B Ø80.0+/-0.5 C Ø13.0+/-0.5 E 2.00+/-0.3 W 16.0+/-1.0 DISCLAIMER NextGen Components, Inc. reserves the right to make changes to the product(s) and or information contained herein without notice. No liability is assumed as a result of their use or application. No rights under any patent accompany the sale of any such product(s) or information 3/17/2023 NextGen Components, Inc. 10 sales@NextGenComponent.com www.NextGenComponent.com