RB2M048000L001

PART CODE: RB2M048000L001 SPECIFICATION SHEET SPECIFICATION SHEET NO. Q0114- RB2M048000L001 DATE Jan. 14 2023 REVISION A1 DESCRIPITION MHz Thru-Hole Crystal Oscillator, L13.2*W13.2*H5.08mm, Half-Size/8 pin, CO8 series 2.048000MHz, 5.0V, +/-50ppm, Symmetry 40/60, Operating Temp. Range -40°C ~+85°C, 1-10TTL//15pF, Supply Current 20mA Max, Tristate function -Disable Thru-Hole type, Packed in Tube, 40pcs/Tube RoHS/RoHS III compliant CUSTOMER CUSTOMER PART NUMBER CROSS REF. PART NUMBER ORIGINAL PART NUMBER TGS CO850BGH00 BLF-2M0480 PART CODE RB2M048000L001 VENDOR APPROVE Issued/Checked/Approved DATE: Jan. 14 2023 CUSTOMER APPROVE DATE: 1/14/2023 NextGen Components, Inc. 1 sales@NextGenComponent.com www.NextGenComponent.com PART CODE: RB2M048000L001 MHZ THRU-HOLE CRYSTAL SMD CRYSTAL OSCILLATOR 2520 TYPE CO8 4SERIES PADS MAIN FEATURE • MHz Thru-Hole Crystal Oscillator, L13.2*W13.2*H5.08mm • Industry-standard • Hermetically sealed package for reliability • Tristate function -Disable • Cross more competitors part • RoHS/RoHS III compliant APPLICATION • Communication Electronics RFQ PART CODE GUIDE Request For Quotation RB 2M048000 L 001 1 2 3 4 1) RB: Part family Code for MHz Thru-Hole Crystal Oscillator, L13.2*W13.2*H5.08mm, Half-Size/8 pin, CO8 series 2) 2M048000: Frequency range code for 2.048000MHz 3) L: Thru Hole type, Packed in Tube, 40pcs/Tube 4) 001: Specification code for original part No.: TGS CO850BGH00 BLF-2M0480 1/14/2023 NextGen Components, Inc. 2 sales@NextGenComponent.com www.NextGenComponent.com PART CODE: RB2M048000L001 MHZ THRU-HOLE CRYSTAL OSCILLATOR CO8 SERIES DIMENSION (Unit: mm, Tol. +/-0.15mm) Image for reference Marking Line 1: 2.0480 Line 2: Special code CO8 Pin Function #1 Disable #4 Ground #5 Output #8 VDD Circuit Principle 1/14/2023 NextGen Components, Inc. 3 sales@NextGenComponent.com www.NextGenComponent.com PART CODE: RB2M048000L001 MHZ THRU-HOLE CRYSTAL OSCILLATOR CO8 SERIES ELECTRICAL PARAMETERS Parameter Part No. Symbol Units Value Min. Typical Condition Max. Original Manufacturer TGS TGS Crystals Holder Type CO8 MHz Thru-Hole Crystal Oscillator, CO8 Series, L13.2*W13.2*H5.08mm, Half-Size/8 pin Supply Voltage 5 Enable/Disable -Tristate Function 0 Overall Freq. Tolerance B ppm -50 +50 Operating Temp. Range G °C -40 +85 °C -55 +125 % 40 60 V OH V 90% V OL V Load pF Storage Temp. Range Symmetry Output H Output Waveform V 5.0 +/-10% Tristate function -Disable @ Control via pin 1 High (Logic “1”) 10% 1-10TTL @OutputLoad 15pF Startup Time ms 10 Supply Current mA 20 Rise/ Fall time ns 10 Phase Jitter ps Others Low (Logic “0”) 15 00 Aging @25°C N/A ppm/year @1st year ±3 Package B Thru - Hole type, Packed in Tube, 40pcs/Tube RoHS Status LF RoHS III compliant Add Value N/A Internal Control Code * N/A Frequency Range -2M0480 2.04800MHz Note: 1) Original Part Number: TGS CO850BGH00 BLF-2M0480 2) * Internal Control Code- 2 letter or digits; Blank: N/A 1/14/2023 NextGen Components, Inc. sales@NextGenComponent.com 4 www.NextGenComponent.com PART CODE: RB2M048000L001 MHZ THRU-HOLE CRYSTAL OSCILLATOR CO8 SERIES ENVIRONMENTAL AND TECHNICAL CONDITIONS Test Items Test Method And Conditions Temperature Cycle Mil-std 883, Method 1010, 10 Cycles -20° C To 85° C Shock Mil-std-202, Method 213, Test Condition C Vibration Mil-std-202, Method 204, Test Condition A Resistance To Soldering Heat Mil-std-202, Method 210, Test Condition B Humidity 85% Relative Humidity At 85° C 250 Hours Gross Leak Test Mil-std-883, Method 1014, Test Condition C Fine Leak Test Mil-std-883, Method 1014, Test Condition A Terminal Strength Mil-std-202, Method 211, Test Condition A And C Moisture Resistance Moisture Resistance Mil-std 202, Method 106, Omit Step 7b Solderability Mil-std-202, Method 208, 95% Coverage Solvent Resistance Mil-std-202, Method 2002, Method 215 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 1/14/2023 NextGen Components, Inc. 5 sales@NextGenComponent.com www.NextGenComponent.com