| P1dB |
25W |
| 增益 |
28.5dB |
| 频率 |
2.7GHz |
| 测试频率 |
2.7GHz |
| 电源电压 |
32V |
| 电源电流 |
275mA |
| RF类型 |
WiMax |
| REACH SVHC |
Freescale REACH Statement |
| Leadtime (weeks) |
8 |
| Thermal Resistance (Spec) (°CW) |
1.4 |
| Micron Size (μm) |
.35 |
| Class |
AB |
| Export Control Classification Number (US) |
EAR99 |
| Frequency (Max) (MHz) |
2700 |
| Package Description and Mechanical Drawing |
TO-270 WB-16 GULL WING |
| POQ Container |
BOX |
| RoHS technical exemption(s) |
7a |
| Efficiency (Typ) (%) |
17 |
| Material Composition Declaration (MCD) |
Download MCD Report |
| RoHS Certificate of Analysis (CoA) |
Contact Us |
| Test Signal |
WiMAX |
| Floor Life |
168 HOURS |
| Life Cycle Description (code) |
PRODUCT STABLE GROWTH/MATURITY |
| Matching |
I/O |
| Device Weight (g) |
1.59850 |
| Package Width (nominal) (mm) |
9.150 |
| Application/Qualification Tier |
COMMERCIAL, INDUSTRIAL |
| Harmonized Tariff (US) Disclaimer |
8541.29.0075 |
| Material Type |
Tested Packaged Device |
| Package Length (nominal) (mm) |
19.600 |
| Peak Package Body Temperature (PPT)(°C) |
260 |
| Part Number |
MW7IC2725GNR1 |
| Output Power (Typ) (W) @ Intermodulation Level at Test Signal |
4 @ AVG |
| Pin/Lead/Ball Count |
17 |
| Power Gain (Typ) (dB) @ f (MHz) |
28.5 @ 2700 |
| Preferred Order Quantity (POQ) |
500 |
| Supply Voltage (Typ) (V) |
28 |
| Wideband Frequency (Min-Max) (MHz) (f) |
2700 to 2700 |
| Application |
WiMAX |
| Budgetary Price($US) |
- |
| Gain (Typ) (dB) |
28.5 |
| Description |
HV7 2700MHZ4W TO270WB16G |
| Status |
Active |
| Maximum Time at Peak Temperature (s) |
40 |
| Package Thickness (nominal) (mm) |
2.600 |
| Sample Exception Availability |
Y |
| Tape & Reel |
Yes |
| Wideband Efficiency (Typ) (%) |
17 |
| 2nd Level Interconnect |
e3 |
| Minimum Package Quantity (MPQ) |
500 |
| Output Power (Typ) (W) (P1dB) |
25 |
| P1dB (Typ) (W) |
25 |
| Pb-Free |
No |
| Die Technology |
LDMOS |
| MPQ Container |
REEL |
| Frequency Band (Min-Max) (MHz) |
2500 to 2700 |
| Moisture Sensitivity Level (MSL) |
3 |
| Number of Reflow Cycles |
3 |