Slider grounding to mitigate unwanted coupling and lossy antenna resonance

1. A method of mitigating lossy resonance in an antenna of a slider phone, comprising:

providing a first pair of temporary grounding connections created by a top spring clip pair on a slider chassis and a first set of grounding tabs on a transceiver chassis and additionally created by a middle spring clip pair on the slider chassis and the second set of grounding tabs on the transceiver chassis when the slider chassis is in an closed position relative to the transceiver chassis; and

providing a second pair of temporary grounding connections created by a bottom spring clip pair on the slider chassis and a second set of grounding tabs on the transceiver chassis and additionally created by the middle spring clip pair and the first set of grounding tabs when the slider chassis is in a open position relative to the transceiver chassis.

2. The method of claim 1 , further comprising:

connecting the slider chassis and the transceiver chassis with a flex having a flexible portion, a slider static portion connecting the slider chassis to the flexible portion, and a transceiver static portion connecting the transceiver chassis to the flexible portion.

3. The method of claim 2 , wherein the flex has an effective length such that a transmission bandwidth is outside a communication bandwidth of an antenna on the transceiver chassis.

4. The method of claim 3 , further comprising:

placing a slider set of intermediate grounding tabs on an end of the slider static portion of the flex proximate to the flexible portion; and

placing a transceiver set of intermediate grounding tabs on an end of the transceiver static portion of the flex proximate to the flexible portion.

5. The method of claim 1 , wherein the first pair of temporary grounding connections and the second pair of temporary ground connections are active connections.

6. A mobile telecommunications apparatus with mitigated lossy antenna resonance, comprising:

a transceiver chassis that connects to a wireless network;

a slider chassis that moves relative to the transceiver chassis between an open position and a closed position;

a first pair of temporary grounding connections between the slider chassis and the transceiver chassis of the slider phone in the closed position;

a second pair of temporary grounding connections between the slider chassis and the transceiver chassis in a open position;

a top spring clip pair on the slider chassis;

a first set of grounding tabs mounted on the transceiver chassis that creates one of the first pair of temporary grounding connections with the top spring clip pair;

a bottom spring clip pair on the slider chassis; and

a second set of grounding tabs mounted on the transceiver chassis that creates one of the second pair of temporary grounding connections with the bottom spring clip pair;

a middle spring clip pair on the slider chassis;

wherein the second set of grounding tabs creates the other one of the first pair of temporary grounding connections with the middle spring clip pair; and

the first set of grounding tabs creates the other one of the pair of second temporary grounding connections with the middle spring clip pair.

7. The mobile telecommunications apparatus of claim 6 , further comprising:

a flex having a flexible portion, a slider static portion connecting the slider chassis to the flexible portion, and a transceiver static portion connecting the transceiver chassis to the flexible portion.

8. The mobile telecommunications apparatus of claim 7 , wherein the flex has an effective length such that a transmission bandwidth is outside a communication bandwidth of an antenna on the transceiver chassis.

9. The mobile telecommunications apparatus of claim 8 , further comprising:

a first set of intermediate grounding tabs on an end of the slider static portion of the flex proximate to the flexible portion; and

a second set of intermediate grounding tabs on an end of the transceiver static portion of the flex proximate to the flexible portion.

10. The mobile telecommunications apparatus of claim 6 , wherein the first pair of temporary grounding connections and the second pair of temporary ground connections are active connections.

11. An electronic device with mitigated lossy antenna resonance, comprising:

a transceiver chassis that connects to a wireless network;

a slider chassis that moves relative to the transceiver chassis between an open position and a closed position;

a top spring clip pair on the slider chassis;

a bottom spring clip pair on the slider chassis;

a middle spring clip pair on the slider chassis;

a first pair of temporary grounding connections between the slider chassis and the transceiver chassis of the slider phone in the closed position, created by the top spring clip pair connecting a first set of grounding tabs on a transceiver chassis and by the middle spring clip pair connecting a second set of grounding tabs on the transceiver chassis;

a second pair of temporary grounding connections between the slider chassis and the transceiver chassis in a open position, created by the bottom spring clip pair connecting the second set of grounding tabs and the middle spring clip pair connecting the first set of grounding tabs;

a flex having a flexible portion, a slider static portion connecting the slider chassis to the flexible portion, and a transceiver static portion connecting the transceiver chassis to the flexible portion;

a first set of intermediate grounding tabs on an end of the slider static portion of the flex proximate to the flexible portion; and

a second set of intermediate grounding tabs on an end of the transceiver static portion of the flex proximate to the flexible portion.

12. The electronic device of claim 11 , wherein the first pair of temporary grounding connections and the second pair of temporary ground connections are active connections.