Announcing High Performance Rugged Plastic for Mobile Radio AFIC901N and AFT05MS003N J U L Y, 1 5 | 2 0 1 5 External Use Mobile Radio Applications Public Safety: P25, TETRA Construction Marine External Use 1 Transportation Dispatch M2M Metering RF Mobile Radio Challenges • Reliability, ruggedness, stability • Mission critical applications • Harsh, uncontrolled environment • Reduce equipment size • • Faster time to market • • Lighter handheld radio Broadband capability to support multi-band/multi-mode radios Linearity • Move to digital radios External Use 2 AFIC901N: 1 W Frequency-configurable LDMOS RFIC 136–941 MHz Two-stage LDMOS Driver − External matching for interstage allows optimization for a range of voltages and frequencies − 1 W output power − Housed in a QFN 24-lead 4 x 4 package − Product Longevity program: warranted availability until 2030 1 W CW @ 7.5 V Available Reference Circuits RFin RFout Interstage Match (External) External Use 3 Board Frequency (MHz) Power (W P1dB) Gain (dB) Drain Eff. (%) PCB Size 136-174 1 CW 30 63.2 0.83” x 1.88” 350-520 1 CW 26 66.8 0.83” x 1.88” AFT05MS003N 136–941 MHz • Unmatched input and output LDMOS transistor • Housed in a SOT-89 over-molded plastic package • Extreme ruggedness: handles > 65:1 VSWR • Product Longevity program: warranted availability until 2030 > 3 W (P1dB CW @ 7.5 V) Available Reference Circuits External Use 4 Board Frequency (MHz) Power (W P1dB) Gain (dB) Drain Eff. (%) PCB Size 134-176 3.4 CW 17.3 67.3 0.83” x 1.86” 350-520 3.4 CW 15.3 75.4 0.83” x 1.86” Freescale Solutions: Airfast Mobile Radio Devices Features include • • • • • • Best ruggedness in the industry: − LDMOS devices handle > 65:1 VSWR with 3 dB overdrive High gain − Eliminates stages, reducing system cost − AFIC901N includes 2 amplification stages High efficiency − Allows use of smaller heatsinks and housings − Less heat improves reliability Broadband capability − Enables full performance across each PMR band − Slightly reduced performance across multiple bands Available in cost-effective plastic packages Freescale product longevity program Freescale announces the AFT05MS003N 3 W device and AFIC901N 1 W two-stage device for handheld/portable applications. These new devices offer high performance at a lower power level and lower price point and join the previous announced devices in the Freescale mobile radio portfolio. These devices are designed for mobile applications operating at frequencies from 136 to 941 MHz. These devices provide significantly improved performance over previous generation devices. High gain enables reduction in the number of stages. Efficiency improvements dramatically reduce heatsink size. Ruggedness enables reliable operation in extreme environments. Recently announced products AFT05MS006N – in production AFT09MS031N – in production AFT09MS007N – in production AFT09MP055N – in production AFT09MS015N – in production AFT05MP075N – in production AFT05MS031N – in production AFT05MS004N - in production External Use 5 Key Product Features for Handheld Applications Designed for 7.5 V and 3.6 V Operation at Frequencies between 136–941 MHz AFIC901N AFT05MS003N AFT05MS004N AFT05MS006N AFT09MS007N • 136 to 941 MHz • 136 to 941 MHz • 136 to 941 MHz • 136 to 941 MHz • 136 to 941 MHz • > 1 W output power • > 3 W output power • > 5 W output power • > 6 W output power at 7.5 V at 7.5 V at 7.5 V at 7.5 V • > 7 W output power at 7.5 V • 2-stage LDMOS • Ruggedness > 65:1 • > 2 W output power • Ruggedness > 65:1 VSWR at 3.6 V VSWR VSWR • High gain • Ruggedness > 65:1 • High gain < 0.02 W VSWR • High gain • SOT-89 package drive for rated power out • 3 W output power at 3.6 V • Ruggedness > 65:1 • High gain < 0.02 W • QFN 4 × 4 package drive for rated power out • SOT-89 package *Package images not actual size External Use 6 • Over-molded plastic package: PLD-1.5W • Ruggedness > 65:1 VSWR • High gain < 0.025 W drive for rated power out • Over-molded plastic package: PLD-1.5W AFIC901N Reference Circuit – 1 W @ 135–175 MHz Typical performance: − VDD = 7.5 V, Pin = 0 dBm Freq (MHz) Pout (dBm) Gain (dB) Eff. (%) 135 30.3 30.3 65.4 155 30.7 30.7 63.2 175 30.6 30.6 61.7 PCB size: 0.83” x1.88” (21 cm x 4.8 cm) Drive-up @ 175 MHz 70 33 65 32 60 Gain 31 55 30 50 29 45 28 40 Eff. 27 32 80 31 75 30 70 29 65 28 60 35 26 30 24 25 26 27 28 29 30 32 27 55 130 140 150 160 Freq (MHz) Pout (dBm) External Use 31 7 170 180 Eff (%) 34 Pout (dBm) Wideband CW performance @ Pin = 0 dBm Eff (%) Gain (dB) • AFIC901N Reference Circuit – 1 W @ 350–520 MHz • Typical performance: − VDD = 7.5 V, Pin = 4.0 dBm Freq (MHz) Pout (dBm) Gain (dB) Eff. (%) 350 30.4 26.4 55.9 435 31.6 27.6 66.8 520 30.7 26.8 72.2 PCB size: 0.83” x 1.88” (21 cm x 4.8 cm) Wideband CW performance @ Pin = 4 dBm Drive-up @ 520 MHz 30 70 31 60 29 50 Eff. 28 26 24 25 26 27 28 29 31 30 80 29 8 70 Eff. 60 30 27 50 20 26 40 300 350 400 450 Freq (MHz) Pout (dBm) External Use 30 90 Pout 28 40 27 100 500 550 Eff (%) Gain Pout (dBm) Gain (dB) 31 80 Eff (%) 32 32 AFT05MS003N Reference Circuit – 3 W @ 135–175 MHz • Frequency band: 135-175 MHz • VDD = 7.5 V • Typical performance: – Pout: 3.4 W – Efficiency: 67.3% – Gain: 17.3 dB Size: 0.83 " x 1.86" ( 2.1 cm x 4.7 cm) External Use 9 AFT05MS003N Reference Circuit – 3 W @ 350–520 MHz • Frequency band: 350-520 MHz • VDD = 7.5 V • Typical performance: – Pout: > 3 W – Efficiency: 75.4% – Gain ≥ 15.3 dB Size: 0.83" x 1.86" ( 2.1 cm x 4.7 cm) External Use 10 TM www.Freescale.com © 2015 Freescale Semiconductor, Inc. | External Use