HDF4623

HDF4623 SHOULDER | Alldatasheet

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• PDF pages: 11

Technical content

规格书编号 SPEC NO : www.shoulder.cn Tel:0755-82916880 Fax:0755-82916881 E-mail:info@shoulder.cn Page 1 of 11 产产品品规规格格书书 SSPPEECCIIFFIICCAATTIIOONN CUSTOMER 客 户： PRODUCT 产 品： SAW FILTER MODEL NO 型 号： HD F4623 PREPARED 编 制： C H E C K E D 审 核： Houshihong APPROVED 批 准： CHARLES D A T E 日 期： 2007-01-25 客户确认 CUSTOMER RECEIVED: 审核 CHECKED 批准 APPROVED 日期 DATE 无锡市好达电子有限公司 Shoulder Electronics Limited

S A W F I L T E R HD F4623 www.shoulder.cn Tel:0755-82916880 Fax:0755-82916881 E-mail:info@shoulder.cn Page 2 of 11 更改历史记录 History Record 更改日期 Date 规格书编号 Spec No 产品型号 Part No 客户产品型号 Customer No 更改内容描述 Modify Content 备注 Remark

S A W F I L T E R HD F4623 www.shoulder.cn Tel:0755-82916880 Fax:0755-82916881 E-mail:info@shoulder.cn Page 3 of 11 1.Features _ RF bandpass filter for CDMA450 Rx. Part _ Usable bandwidth 5MHz (460.0 MHz ~ 465.0MHz) _ High attenuation _ No matching single-balanced operation ( single 50Ω / balance 100Ω ) _ Ceramic Surface Mounted Device Package ( 3.0 mm × 3.0mm ) _RoHS Compliant 2. ELECTRICAL SPECIFICATION Parameter Rating Unit Operating Temperature Range -30~85 °C Storage Temperature Range -40~85 °C Power Handling Capability 20 dBm Electronic Characteristics 2-1.Typical frequency response

S A W F I L T E R HD F4623 www.shoulder.cn Tel:0755-82916880 Fax:0755-82916881 E-mail:info@shoulder.cn Page 4 of 11 2-2 Input / Output VSWR Charts

S A W F I L T E R HD F4623 www.shoulder.cn Tel:0755-82916880 Fax:0755-82916881 E-mail:info@shoulder.cn Page 5 of 11 2-3Input / Output Smith Charts

S A W F I L T E R HD F4623 www.shoulder.cn Tel:0755-82916880 Fax:0755-82916881 E-mail:info@shoulder.cn Page 6 of 11 2-4.Electrical characteristics Minimum Typical Maximum Center Frequency ( F0 ) MHz - 462.5 - Insertion Loss (F0 +/- 2.5 MHz) dB - 2.5 3.0 Amplitude Ripple (F0 +/- 2.5 MHz) dB - 0.5 1.0 VSWR (F0 +/- 2.5 MHz) - 1.7 2.1 Relative Attenuation 0.3 MHz ~ 450.0 MHz 450.0 MHz ~ 455.0 MHz 482.5 MHz ~ 492.5 MHz

492.5 MHz ~ 1200 MHz

1200 MHz ~ 1500 MHz

1500 MHz ~ 2000 MHz

Input/Output Impedance Ω Single 50 / balance 100 3. TEST CIRCUIT

S A W F I L T E R HD F4623 www.shoulder.cn Tel:0755-82916880 Fax:0755-82916881 E-mail:info@shoulder.cn Page 7 of 11 4-1. DIMENSION 4-2Marking Configuration 1) Pad Number 1 Index 2) Manufacturer name 3) Marking Number 5.Environmental Performance Characteristics Item Condition Specifications High temperature The specimen shall be store at a temperature of 85±2℃ for 96±4h. Then it shall be subjected to standard atmospheric conditions for 1h, after which measurement shall be made within 1h.

S A W F I L T E R HD F4623 www.shoulder.cn Tel:0755-82916880 Fax:0755-82916881 E-mail:info@shoulder.cn Page 8 of 11 Low temperature The specimen shall be store at a temperature of -30±3℃ for 96±4h. Then it shall be subjected to standard atmospheric conditions for 1h, after which measurement shall be made within 1h. H u m i d i t y The specimen shall be store at a temperature of 40±2℃ with relative humidity of 90% to 96% for 96±4h. Then it shall be subjected to standard atmospheric conditions for 1h, after which measurement shall be made within 1h. Thermal shock The specimen shall be subjected to 8 continuous cycles each as shown below. Then it shall be subjected to standard a tmospheric conditions for 1h, after which measurement shall be made within 1h. Temperature Duration 1 +25℃=>-40℃ 0.5h 2 -40℃ 4h 3 -40℃=>+85℃ 2h 4 +85℃ 4h 5 +85℃=>+25℃ 0.5h 6 +25℃ 1h Resistance to Soldering heat Reflow soldering method Peak: 255 ±5 ℃, 220 ±5℃, 40s At electrode temperature of the specimen. The specimen shall be passed through the reflow furnace with the condition shown in the above profile for 1 time. The specimen shall be stored at standard atmospheric conditions for 1h, after which the measurement shall be made. Test board shall be 1.6 mm thick. Base material shall be glass fabric Mechanical characteristics and specifications in electrical characteristics shall be satisfied. There shall be no excessive change in appearance.

S A W F I L T E R HD F4623 www.shoulder.cn Te Page 9 of 11 base epoxy resin. Solder ability Immerse the pins melt solder at 260 ℃+5/-0℃ for 5 sec. More then 95% of total area of the pins should be covered with solder 6.Mechanical Test Items Conditions Specifications Vibration 600-3300rpm amplitude 1.5mm 3 directions 2 H each Drop On maple plate from 1m high 3 times Lead pull Pull with 1kg force for 30 seconds Lead bend 90o bending with 500g weigh 2 times There shall be no damage. 7. REMARK

7.1 Static voltage

Static voltage between signal load & ground may cause deterioration &destruction of the component. Please avoid static voltage.

7.2 Ultrasonic cleaning

Ultrasonic vibration may cause deterior ation & destruction of the component. Please avoid ultrasonic cleaning

7.3 Soldering

Only leads of component may be solder ed. Please avoid soldering another part of component. 8. Packing

8.1 Dimensions

(1) Carrier Tape: Figure 1 (2) Reel: Figure 2 (3) The product shall be packed properly not to be damaged during transportation and storage.

8.2 Reeling Quantity

1000 pcs/reel 7’’ 3000 pcs/reel 13’’

8.3 Taping Structure

(1) The tape shall be wound around th e reel in the direction shown below. l:0755-82916880 Fax:0755-82916881 E-mail:info@shoulder.cn

S A W F I L T E R HD F4623 www.shoulder.cn Tel:0755-82916880 Fax:0755-82916881 E-mail:info@shoulder.cn Page 10 of 11 (2) Label Device Name User Product Name Quantity Lot No. (3) Leader part and vacant position specifications. 9. TAPE SPECIFICATIONS 9.1 Tensile Strength of Carrier Tape: 4.4N/mm width

9.2 Top Cover Tape Adhesion (See the below figure)

(1) pull off angle: 0~15 º (2) speed: 300mm/min. (3) force: 20~70g

S A W F I L T E R HD F4623 www.shoulder.cn Tel:0755-82916880 Fax:0755-82916881 E-mail:info@shoulder.cn Page 11 of 11 [Figure 1] Carrier Tape Dimensions [Unit:mm] W F E P0 P1 P2 D0 D1 t1 t2 A B 12.0 ±0.3 5.5 ±0.05 1.75 ±0.1 4.0 ±0.1 8.0 ±0.1 2.0 ±0.05 Ø1.5 ±0.1 Ø1.0 ±0.25 0.3 ±0.05 2.10 ±0.1 6.40 ±0.1 5.20 ±0.1 [Figure 2] [Unit:mm] A B C D E W t r Ø330 ±1.0 Ø100 ±0.5 Ø13 ±0.5 Ø21 ±0.8 ±0.5 ±0.3 max. 1.0 max.