STMicroelectronics BAL Hoja de datos

No.	parte #	Fabricante	Descripción
1	BALF-NRF01J5	STMicroelectronics	ultra thin balun • 50 Ω nominal input / conjugate match to Nordic Semiconductor chips nRF51822 WLCSP • Low insertion loss • Low amplitude imbalance • Low phase imbalance • Small footprint: < 1.2 mm2 • Extra low profile < 350 μm after reflow • High RF performance • RF
2	BALF-NRF01D3	STMicroelectronics	50ohm nominal input / conjugate match balun • Low insertion loss • Low amplitude imbalance • Low phase imbalance • Coated Flip-Chip on Glass • Small footprint: < 1.5 mm2 Benefits • Very low profile: < 560 µm after reflow • High RF performance • PCB space saving versus discrete solution • BOM c
3	BALF-SPI2-02D3	STMicroelectronics	50ohm nominal input / conjugate match balun • 50 Ω nominal input / conjugate matched to ST S2-LP for 433 MHz frequency operation • Low insertion loss • Low amplitude imbalance • Low phase imbalance • Small footprint • Very low profile < 620 μm after reflow • High RF performance • RF BOM and ar
4	BALF-CC25-02D3	STMicroelectronics	conjugate match to CC2541 transformer balun • 2.45 GHz balun with integrated matching network • Matching optimized for following CC2541 • Low insertion loss • Low amplitude imbalance • Low phase imbalance • Coated Flip-Chip on glass • Small footprint: < 0.88 mm² Benefits • Very low profile • H
5	BALF-SPI-01D3	STMicroelectronics	50ohm nominal input / conjugate match balun  50 Ω nominal input / conjugate match to SPIRIT1  Low insertion loss  Low amplitude imbalance  Low phase imbalance  Small footprint Benefits  Very low profile (< 670 μm)  High RF performance  RF BOM and area reduction Applications  868 MHz a
6	BALF-NRF01E3	STMicroelectronics	50ohm nominal input / conjugate match balun  Low insertion loss  Low amplitude imbalance  Low phase imbalance  Coated CSP on glass  Small footprint: < 1.5 mm2 Benefits  Very low profile  High RF performance  PCB space saving versus discrete solution  BOM count reduction  Efficient ma
7	BALF-NRG-01D3	STMicroelectronics	50ohm nominal input / conjugate match balun  50 Ω nominal input / conjugate match to BlueNRG device  Low insertion loss  Low amplitude imbalance  Low phase imbalance  Wafer level chip scale package (WLCSP) Benefits  Very low profile < 670 μm  High RF performance  RF BOM reduction  Sma
8	BALF-NRG-02D3	STMicroelectronics	50 ohm nominal input / conjugate match to BlueNRG tranceiver  50 Ω nominal input / conjugate match to BlueNRG device  Low insertion loss  Low amplitude imbalance  Low phase imbalance Benefits  Small footprint  RF BOM reduction  High RF performance Applications  Bluetooth low energy impedance matched ba
9	VD66GY	STMicroelectronics	high-sensitive 1.5-megapixel color Bayer global shutter image sensor • • Order code Description • Color Bayer, VD66GYCCA/RW bare die as reconstructed wafer • • Cutting-edge performance of ST proprietary pixel: – BSI structure provides superior QE, MTF, and angular response. – Full DTI technology further inc
10	BALF-112X-01D3	STMicroelectronics	50 ohm nominal input / conjugate match balun  50 Ω nominal input / conjugate match to CC1120, CC1125  Low insertion loss  Low amplitude imbalance  Low phase imbalance  Small footprint Benefits  Very low profile (< 670 μm thickness)  High RF performance  RF BOM and size reduction Applica
11	XRA00	STMicroelectronics	UHF/ EPCglobal/ Contactless Memory IC 96 bit ePC with Inventory and Kill Function SUMMARY s Based on the EPCglobal class 1b specification s Figure 1. Delivery Forms UHF Carrier Frequencies – 868MHz ISM Band – 915MHz ISM Band s To the XRA00: – Asynchronous 50% to 100% ASK modulation using PWM pulse coding (up to 70 kbit/s) s
12	BALF-NRG-02J5	STMicroelectronics	ultra thin balun • 50 Ω nominal input / conjugate match to STMicroelectronics chips BlueNRG-134 WLCSP and BlueNRG-234 WLCSP • Low insertion loss • Low amplitude imbalance • Low phase imbalance • Ultraminiature footprint: < 1.2 mm2 • Extra low profile < 350 μm after r
13	BAL-NRF01D3	STMicroelectronics	50ohm nominal input / conjugate match balun  50 Ω nominal input / conjugate match to Nordic Semiconductor chips nRF24LE1 QFN32, nRF24AP2-1CH, nRF24AP2-8CH, nRF51422-QFAA (build code CA/C0), nRF51822-QFAA (build code CA/C0) and nRF51822-QFAB (build code AA/A0)  Low insertion loss  Low amplit
14	BAL-NRF02D3	STMicroelectronics	50ohm nominal input / conjugate match balun  50 Ω nominal input / conjugate match to Nordic Semiconductor chips nRF51422CEAA, nRF51422-CDAB, nRF51422-CFAC and nRF51822-CEAA, nRF51822-CDAB, nRF51822-CFAC  Low insertion loss  Low amplitude imbalance  Low phase imbalance  Small footprint: <
15	BALF-112X-02D3	STMicroelectronics	50-ohm nominal input / conjugate match balun  50 Ω nominal input / conjugate match to CC1120, CC1125, CC1175, CC1200  Low insertion loss  Low amplitude imbalance  Low phase imbalance  Small footprint Benefits  Very low profile (< 630 μm thickness)  High RF performance  RF BOM and size r
16	BALFHB-WL-05D3	STMicroelectronics	ultra-miniature balun • QFN STM32WL sub-GHz wireless microcontrollers impedance matched balun and Tx harmonics filter • Optimized for QFN STM32WL sub-GHz wireless microcontrollers in low power mode and dedicated to 4-layers PCB • 50 Ω nominal input / conjugate matched bal
17	BALFHB-WL-06D3	STMicroelectronics	ultra-miniature balun • QFN STM32WL sub-GHz wireless microcontrollers impedance matched balun and Tx harmonics filter • Optimized for QFN STM32WL sub-GHz wireless microcontrollers in low power mode and dedicated to 2-layers PCB • 50 Ω nominal input / conjugate matched bal
18	BALFHB-WL-02D3	STMicroelectronics	ultra-miniature balun • QFN STM32WL sub-GHz wireless microcontrollers impedance matched balun and Tx harmonics filter • Optimized for QFN STM32WL sub-GHz wireless microcontrollers in high power mode and dedicated to 4-layer PCB • 50 Ω nominal input / conjugate matched bal
19	BALFLB-WL-08D3	STMicroelectronics	ultra-miniature balun • QFN STM32WL sub-GHz wireless microcontrollers impedance matched balun and Tx harmonics filter • Optimized for QFN STM32WL sub-GHz wireless microcontrollers in high power mode and dedicated to 4-layers PCB • 50 Ω nominal input / conjugate matched ba
20	M24128S-FCU	STMicroelectronics	128-Kbit serial I2C bus EEPROM 4 balls CSP • Compatible with the 400 kHz I²C protocol • High speed 1MHz transfer rate • Memory array: – 128 Kbit (16 Kbyte) of EEPROM – Page size: 32 byte • Supply voltage range: – 1.7 V to 5.5 V • Operating temperature range – VCC = 1.7 V to 5.5V over -40°C /