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APM CO., LTD

AAM-2405

2.4GHz Pen Booster

Features

High switching speed For IEEE 802.11b/g Low power consumption:

DC 6.0V @600mA/max Stand by RX 80mA/max

TX power auto gain adjustment Compact size and Light weight TX / RX LEDs indication

AP Specification

Output Power

+26dBm / Max

Operating Range

2400-2500 MHz

Operating Mode

Bi- Directional TDD

Signal Type

For IEEE 802.11b/g

Transmit Gain

up to 12dB

TX Input Power

2dBm Min / 18dBm Max

Receiver Gain

12-16dB, 15dB typical

Noise Figure

<3.0dB typical

TX/RX Switch Time

<1usec

Power Consumption

Tx: <600mA / Rx: 80mA @ 6VDC

LED Indication

Transmit: Green / Receive: Red

RF Connector Type

SMA - Male(RP) / SMA - Female(RP)

Antenna Gain

3dBi

Dimensions

82L * 22W * 20H ( mm)

Operating Temperature

0 ~ +60

Weight

35g

22F-6, No.180, Jingping Rd, Jhonghe City, Taipei County 23581, Taiwan, R.O.C. www.apm.com.tw apm.sales@msa.hinet.net Tel: +886 2 89431966 Fax: +886 2 89434944

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APM AAM-2405 dimensions 4GHz Pen Booster, Features, AP Specification

AAM-2405 specifications

The APM AAM-2405 is a cutting-edge advanced air-to-air missile that has garnered significant attention for its innovative features and robust performance capabilities. Designed to engage and neutralize air threats with precision, this missile represents a crucial component of modern aerial combat systems.

One of the standout characteristics of the AAM-2405 is its exceptional agility, which is enabled by advanced thrust vectoring technology. This allows the missile to perform rapid maneuvers and maintain its trajectory even during high-speed engagements. The efficient aerodynamic design further enhances its maneuverability, ensuring it can effectively counter agile adversaries.

At the core of the AAM-2405's effectiveness is its advanced guidance system. Leveraging state-of-the-art radar and infrared homing technologies, the missile can accurately engage both high-altitude and low-altitude targets under various environmental conditions. The combination of active and passive guidance modes ensures it remains effective against stealth aircraft and in electronic warfare scenarios.

The missile’s propulsion system is another area where the AAM-2405 excels. Utilizing a dual-thrust rocket motor, it offers a short boost phase for rapid acceleration followed by a sustained flight phase that ensures a long range. This dual-mode capability allows for extended engagement distances, significantly enhancing the operational envelope of the platforms that deploy it.

In terms of warhead technology, the AAM-2405 is equipped with a high-explosive fragmentation warhead designed to maximize lethality against enemy aircraft. The warhead is optimized for controlled detonation, ensuring effective damage while minimizing the risk of collateral damage.

Moreover, the missile is compatible with a wide range of launch platforms, including fighter jets, making it a versatile addition to any air force's arsenal. Its compact size and lightweight design allow for multiple missiles to be carried without significantly affecting the aircraft's performance.

The APM AAM-2405 not only emphasizes performance but also integrates modern digital technologies for enhanced battlefield integration. With data link capabilities, the AAM-2405 can receive mid-course updates, allowing it to adapt to evolving tactical situations, making it an invaluable asset in dynamic combat environments.

In conclusion, the APM AAM-2405 represents a significant advancement in air-to-air missile technology, combining superior agility, advanced guidance systems, and effective lethality. These factors ensure that it remains a prominent choice for modern air forces aiming to maintain air superiority in increasingly complex combat scenarios.